Microwiki - User contributions [en]

NWR EzLaze

2023-01-15T23:56:24Z

Ffy00: Add Parco and Nikon Engineering to the possible objective list

John McMaster's notes from repairing and calibrating misc units. For more information contact john@mcmaster.tech

Note: New Wave Research was acquired by Electro Scientific Industries, Inc. (ESI)

==Tilt plate==
These often get separated from units so we made some reproductions. Want one? Contact john@mcmaster.tech

Variations:

*An LCS-II: observe 2 mounting screws
*An ezlaze: observe 3 or so mounting screws

An LCS-II unit:

*Ball bearing
**4.73 mm (0.19" => probably 3/16")
**[https://www.mcmaster.com/9528K13/ Maybe this]
*Pivot set screws
**Qty: 2
**Use 2.5 mm driver
**Special machined screw w/ bearing on end
**Bearing: 3.3 mm OD (0.13")
***[https://www.mcmaster.com/9528K226/ Sub bearing]?
**Thread: M5
**Total length: 9.3 mm
**Threaded length: 7.2 mm
**Material: stainless
**Kevin: glue ball bearing on the end
***4 mm bearings
*Spring SHCS
**Qty: 2
**M4 x 20 mm
**Material: stainless
**Belleville washers: 14
***Arrange as 7 pairs stacked against each other
***[https://www.mcmaster.com/9712K14/ Maybe this] would work?
***Material thickness: 0.46 mm (0.018")
***Total thickness: 0.67 mm (0.026")
***ID: 4.33 mm (0.17")
***OD: 8.4 mm (0.33")
*Set screws
**Qty: 2
**Use 2.0 mm driver
**M4 x 8 mm
**Material: black steel

==Objective==
Canonical objective for these is Mitutoyo M Plan Apo. Could something else work?

Candidates:

*Search terms
**"M Plan Apo"
**LWD objective
**long working distance objective
*Mitutoyo M Plan Apo
*B&L Industrial
**Wrong thread
**Not infinity
**Seem to have a weird design, as explained in the [https://worldwide.espacenet.com/patent/search/family/024876339/publication/US3471218A?q=pn%3DUS3471218A US3471218A] patent
**...but cheap and might be good enough
*Optem
*Seiwa
*Sigma Koki
*USMCO
*USMC
*V-Technology
*Parco
*Nikon Engineering
*New Wave
**As in NWR? Are these intended for ezlaze?
*Correct Tokyo (Seiwa)
*Olympus BHM
**Correct thread size
**Very cheap
**Incorrect focus length (180mm, instead of 200mm)
**LWD variants
***LWD M S Plan
****20x (WD=7mm)
****50x (WD=3mm)
**non-LWD variants with maybe enough working distance (only 20x and up)
***M S Plan
****20x (WD=3mm)
****50x (WD=0.47mm)
***M D Plan
****20x (WD=1mm)
***M D Ach
****20x (WD=1.1mm)
****50x (WD=0.45mm)
***Neo S Plan
****20x (WD=3mm)
****50x (WD=0.5mm)
***Neo D Plan
****20x (WD=1mm)

To test:

*Inspect objective
*Run image quality test (MTF?)
*Long duration test...maybe 1000 shots at max power?
*Inspect objective
*Run image quality test (MTF?)

 

===Results===

Compatible:

*Mitutoyo M Plan Apo

Okay (seem compatible from initial testing, but no extensive tests done):

*...

Incompatible:

*Edmund Optics HR (source: McMaster tried the 10x)

 
==Cabling==
DB25

*Has a slot instead of a round cable hole
*3M 3485-2300

Power connector

*Got blank shell and cut slot w/ hacksaw. Then melted new plastic in to close up the side

==Noisy/slow crystal/filter selection investigation==
Symptom: the filter wheel that contains wavelength selection and high/low takes longer to settle than usual and overshoots a few times before settling down

Thoughts:

*Motor problem?
*Pot problem?
*PID parameters can be adjusted? Are there any trim pots?
*No spare units to scavenge parts off of

Motor

*1616E012S T 265

==Repair / calibration==

===Uneven cut===

With the uneven cut, is possible the laser is misalign and will need to
be optimize and realign. The possible misalignment can cause by the
Q-SW (pocket cell) is deteriorating and may need replace. For the XY
aperture shutter, we will replace both Motors and Potentiometer.

===Flashlamp replace===

Flashlamp rated for 30 million shots. Skeptical replacing it was going to help, but tried anyway. Didn't seem to improve power output. Maybe its the uneven cut issue above?

7/32" allen key for side of flashlamp housing

2 mm for screwing cover in for the long buried screw near the HV generator

1.3 mm allen for the short ones

mcmaster original lamp says: LL7039/88

Lamp part numbers:

*New Wave Research 0002-0036
*LL7039
**Printed on lamp: LL7039/88
**Who's part number is this?
**Total length: ~78 mm
**Arc length: ~46 mm
**Diameter: ~4.97 mm

{| class="wikitable"
|+
!Vendor / part
!Date
!Price
!Lead time
|-
|1 EU, opt 1
|2019-09
|£122.00
|10 weeks
|-
|1 EU, opt 2
|2019-09
|£185.70
|10-12 weeks
|-
|1 US
|2009-12
|$215
|2 days
May be wrong part. Not sure if billing is correct
|-
|2
|2019-09
|$245
|2 days
|-
|3
|2019-09
|$197.36
|2 days
|}
Spare lamp box says "Lamp no: LL7039"

*https://usermanual.wiki/Document/LaserLampsIPLlampls.1504005633/view: Laser SOS Group, Continuum Minilite 10, 20, early models, 203–0037

Suggested vendors:

*https://www.tjslasers.com/flash-lamp-flashlamps-Nd-YAG-Lasers
*https://www.lasersos.com/wp-content/uploads/2018/04/Laser-Lamps-catalog.pdf
**LL6811 Medilite 1
**LL7886 Solo PIV 0002-0036, Tempest, Gemini

===2019-09-25===
Visit Kevin, got:

*2x ezlaze laser head
*1x ESI power meter head
*1x power meter head w/ controller

Tests on my ezlaze:

*DB25 only: motors twitch at startup. Interlock lit red, cannot turn on
*Both connectors: motors twitch at startup. Interlock lit red. However, press "ON" moves from red interlock to yellow emission
*When hitting "ON", a loud relay is heard in the controller

Kevin-1 (K1):

*Missing tilt plate
*Missing tilt plate screws
*No camera adapter
*Motors do not twitch at power up
*Unable to bring out of interlock
*Missing shutter
*LCSII....ah not exactly the same

Kevin-2 (K2)

*Motors twitch at startup
*Bent power connector. Was able to bend back into shape
*Mounting plate screws but no mounting plate
*Has shutter
*EZLAZE 532/355
*Beam profile uneven (as seen through laser glasses). TODO: point at camera?
*Sensor 3" from laser, 10 sec average
**500L: 65 uJ
**1000L: 124 uJ
**500H: 192 uJ
**1000H: 382 uJ

ESI power meter

*Battery: Everyday 504, NEDA 2220, 15V

===2019-10-28===
Documenting backlog. Especially around Pockells cell / EOM repair

Open question about q-switch polarity. Tried putting my (mostly bad) EOM in my laser forwards/backwards and positive/negative polarity. Only forward positive configuration fires. Not sure if polarity reversal is bad

Scrapped ezlaze Kevin had in dire shape to get sacrificial q-switch. Housing very different, but core looked the same. Unfortunately, does not seem to work in my original laser. Also tried reversing it, but didn't help. NOTE: Kevin has a second identical loose EOM assembly. We should try it

Played briefly with transferring fluid from sacrificial larger EOM. Had issue with bubble, also still unclear if fluid matched correctly

Pockels cell research:

*Probably made by Qioptiq, but may be branded Gsanger or LINOS

<blockquote></blockquote><blockquote>Due to a series of acquisitions, Qioptiq</blockquote><blockquote>has an impressive history and pedigree, benefi ting</blockquote><blockquote>from the knowledge and experience of LINOS,</blockquote><blockquote>Point Source, Rodenstock Precision Optics, Spindler</blockquote><blockquote>& Hoyer, Gsänger, Optem, Pilkington, Avimo and</blockquote><blockquote>others.</blockquote>

Did a lot of research on the fluid. Index matching fluid (IMF) is required due to the high efficiencies required to make a cavity resonate.

https://microwiki.org/media/qti/qti_an_dry_pockels_cell_vs_wet_pockels_cells.pdf

*Great paper on IMF choices
*TLDR: FC-43 for most applications, but more exotic choices if you don't care about carcinogens and/or cost

Ordering:

*quantumtech.com: "We have index matching fluid $175 for 30ml bottle and available from stock. We charge for repair would be approximately $400. "
*Tried to order FC-43 from Sigma, but they denied my order
**<nowiki>https://www.sigmaaldrich.com/catalog/product/sial/77299</nowiki>
**Heptacosafluorotributylamine (Fluorinert™ FC-43)
**5 mL: 52.60
**25 mL: 235.00

=ezlaze=

==mcmaster unit==

[[User:Mcmaster/Brainscope]]

==IOA unit==

TODO: add pictures (if someone gives them to me...)

==eBay ntxsupply unit (EZ-LAZE 532/355)==

"New Wave Research EZ-LAZE 532 / 355 Power Supply & Control Panel & Foot Pedal"

Need power supply, this unit sounds very similar to mine and has the right connections. In negotiations to try to get this.

Overview:

[[File:ebay_ntxsupply_151675355993_0.jpg|300 px]]

Control box:

[[File:ebay_ntxsupply_151675355993_1.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_2.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_3.jpg|300 px]]

Power supply:

[[File:ebay_ntxsupply_151675355993_4.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_5.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_6.jpg|300 px]]

==eBay outback6 unit (EZ-LAZE 532)==

"G102838 New Wave Research EZ-LAZE/532 Laser w/Power Supply & Controller"

A possibility, but its a complete system which means it will command a higher price...probably harder to break it up just to get the PS

Overview:

[[File:ebay_outback6_331147302083_0.jpg|300 px]]

Controller:

[[File:ebay_outback6_331147302083_1.jpg|300 px]]

Pedal:

[[File:ebay_outback6_331147302083_3.jpg|300 px]]

Power supply:

[[File:ebay_outback6_331147302083_9.jpg|300 px]]
[[File:ebay_outback6_331147302083_2.jpg|300 px]]

Laser head:

[[File:ebay_outback6_331147302083_4.jpg|300 px]]
[[File:ebay_outback6_331147302083_5.jpg|300 px]]
[[File:ebay_outback6_331147302083_6.jpg|300 px]]
[[File:ebay_outback6_331147302083_7.jpg|300 px]]
[[File:ebay_outback6_331147302083_8.jpg|300 px]]

==eBay express_test unit (EZ-LAZE LCS-II 532/355)==

[[File:ebay_express_test_400896932451_0.jpg|300 px]]

System looks a little different

=ezlaze2=

==cl.cam.ac.uk==

http://www.cl.cam.ac.uk/~sps32/laser_cutter.pdf

Has a great teardown and some really useful info about system problems

=ezlaze3=

[http://www.eolite.com/Products/SolidStateLasers/EZLazeSeries.aspx#Specifications Source]:
<code>
Main Features
Air-cooled architecture

##No cooling water
##Compact, Lightweight
##No maintenance required

Selectable wavelengths allow cutting
and machining of a wide range of materials:

##1064 nm, 532 nm, 355 nm or 266 nm

3-axis control of cut size and orientation.
From 2μm x 2μm (with 100X objective)
to 50μm x 50μm (with 50X objective).
Rotation through 180°.
Simple operation via remote control box
with a 6.5cm x 7.5cm LCD screen displaying
menu-based commands or via RS232 interface.
Precise energy control over a wide range.
Internal LED spot marker.
Compatible with most major brands
of FA microscopes (Mitutoyo, Motic, Seiwa).
3 Operating modes:

##Single shot
##Continuous (1 Hz)
##Burst (max. of 10 sec. at 5 Hz).

Standard configuration includes:
Laser Head
Standard Energy
XY Shutter (Std. Resolution)
Power Supply
Remote Control
2.4m umbilical
Video spot marker
Foot switch

Options:
High Pulse Energy
Rotating Shutter
High Resolution Shutter
Motorized Polarizer
Horizontal Mount Laser
Head with Robot-length
Umbilical
Internal Spot Marker
Microscope & Accessories

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
</code>

=QuikLaze=

I asked for a ezlaze manual and was given a quicklaze manual...w/e. Looks like they share a lot of common components

Interesting excerpt from manual:
<code>
The QuikLaze is designed to operate on specially modified
Mitutoyo FS60Y and FS50 and Ready products A-Zoom and
S-Scope microscopes. Become familiar with your microscope
before attempting to install the QuikLaze.
</code>

The quicklaze power supply looks pretty similar to the ezlaze power supply...possibly compatibile

==eBay surplusexiting complete 532==

Overview:

[[File:ebay_surplusexiting_291461826013_0.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_9.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_4.jpg|300 px]]

Power supply:

[[File:ebay_surplusexiting_291461826013_1.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_5.jpg|300 px]]

Controller:

[[File:ebay_surplusexiting_291461826013_2.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_3.jpg|300 px]]

Head:

[[File:ebay_surplusexiting_291461826013_6.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_7.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_8.jpg|300 px]]

==eBay surplusexiting prism_electronics2 bad power supply==

[[File:ebay_prism_electronics2_291003612067_0.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_1.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_2.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_3.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_4.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_5.jpg|300 px]]

==eBay s.scherets==

A less common stand alone system. Rackmount power supply

They called it a quicklaze but I think its actually an ezlaze?

[[File:ebay_s.scherets_171042385856_0.jpg|300 px]]
[[File:ebay_s.scherets_171042385856_1.jpg|300 px]]

=References=

*http://www.esi.com/Products/Semiconductor/FlatPanelDisplayRepairFailureAnalysis/EzLaze.aspx
*http://www.eolite.com/Products/SolidStateLasers/EZLazeSeries.aspx#Overview
*https://www.youtube.com/watch?v=RhLxaHyNIv4
**Internals working
*https://microwiki.org/media/nwr/
*https://microwiki.org/media/continuum/

NWR EzLaze

2023-01-15T01:56:21Z

Ffy00: Add olympus BHM objectives

John McMaster's notes from repairing and calibrating misc units. For more information contact john@mcmaster.tech

Note: New Wave Research was acquired by Electro Scientific Industries, Inc. (ESI)

==Tilt plate==
These often get separated from units so we made some reproductions. Want one? Contact john@mcmaster.tech

Variations:

*An LCS-II: observe 2 mounting screws
*An ezlaze: observe 3 or so mounting screws

An LCS-II unit:

*Ball bearing
**4.73 mm (0.19" => probably 3/16")
**[https://www.mcmaster.com/9528K13/ Maybe this]
*Pivot set screws
**Qty: 2
**Use 2.5 mm driver
**Special machined screw w/ bearing on end
**Bearing: 3.3 mm OD (0.13")
***[https://www.mcmaster.com/9528K226/ Sub bearing]?
**Thread: M5
**Total length: 9.3 mm
**Threaded length: 7.2 mm
**Material: stainless
**Kevin: glue ball bearing on the end
***4 mm bearings
*Spring SHCS
**Qty: 2
**M4 x 20 mm
**Material: stainless
**Belleville washers: 14
***Arrange as 7 pairs stacked against each other
***[https://www.mcmaster.com/9712K14/ Maybe this] would work?
***Material thickness: 0.46 mm (0.018")
***Total thickness: 0.67 mm (0.026")
***ID: 4.33 mm (0.17")
***OD: 8.4 mm (0.33")
*Set screws
**Qty: 2
**Use 2.0 mm driver
**M4 x 8 mm
**Material: black steel

==Objective==
Canonical objective for these is Mitutoyo M Plan Apo. Could something else work?

Candidates:

*Search terms
**"M Plan Apo"
**LWD objective
**long working distance objective
*Mitutoyo M Plan Apo
*B&L Industrial
**Wrong thread
**Not infinity
**Seem to have a weird design, as explained in the [https://worldwide.espacenet.com/patent/search/family/024876339/publication/US3471218A?q=pn%3DUS3471218A US3471218A] patent
**...but cheap and might be good enough
*Optem
*Seiwa
*Sigma Koki
*USMCO
*USMC
*V-Technology
*New Wave
**As in NWR? Are these intended for ezlaze?
*Correct Tokyo (Seiwa)
*Olympus BHM
**Correct thread size
**Very cheap
**Incorrect focus length (180mm, instead of 200mm)
**LWD variants
***LWD M S Plan
****20x (WD=7mm)
****50x (WD=3mm)
**non-LWD variants with maybe enough working distance (only 20x and up)
***M S Plan
****20x (WD=3mm)
****50x (WD=0.47mm)
***M D Plan
****20x (WD=1mm)
***M D Ach
****20x (WD=1.1mm)
****50x (WD=0.45mm)
***Neo S Plan
****20x (WD=3mm)
****50x (WD=0.5mm)
***Neo D Plan
****20x (WD=1mm)

To test:

*Inspect objective
*Run image quality test (MTF?)
*Long duration test...maybe 1000 shots at max power?
*Inspect objective
*Run image quality test (MTF?)

 

===Results===

Compatible:

*Mitutoyo M Plan Apo

Okay (seem compatible from initial testing, but no extensive tests done):

*...

Incompatible:

*Edmund Optics HR (source: McMaster tried the 10x)

 
==Cabling==
DB25

*Has a slot instead of a round cable hole
*3M 3485-2300

Power connector

*Got blank shell and cut slot w/ hacksaw. Then melted new plastic in to close up the side

==Noisy/slow crystal/filter selection investigation==
Symptom: the filter wheel that contains wavelength selection and high/low takes longer to settle than usual and overshoots a few times before settling down

Thoughts:

*Motor problem?
*Pot problem?
*PID parameters can be adjusted? Are there any trim pots?
*No spare units to scavenge parts off of

Motor

*1616E012S T 265

==Repair / calibration==

===Uneven cut===

With the uneven cut, is possible the laser is misalign and will need to
be optimize and realign. The possible misalignment can cause by the
Q-SW (pocket cell) is deteriorating and may need replace. For the XY
aperture shutter, we will replace both Motors and Potentiometer.

===Flashlamp replace===

Flashlamp rated for 30 million shots. Skeptical replacing it was going to help, but tried anyway. Didn't seem to improve power output. Maybe its the uneven cut issue above?

7/32" allen key for side of flashlamp housing

2 mm for screwing cover in for the long buried screw near the HV generator

1.3 mm allen for the short ones

mcmaster original lamp says: LL7039/88

Lamp part numbers:

*New Wave Research 0002-0036
*LL7039
**Printed on lamp: LL7039/88
**Who's part number is this?
**Total length: ~78 mm
**Arc length: ~46 mm
**Diameter: ~4.97 mm

{| class="wikitable"
|+
!Vendor / part
!Date
!Price
!Lead time
|-
|1 EU, opt 1
|2019-09
|£122.00
|10 weeks
|-
|1 EU, opt 2
|2019-09
|£185.70
|10-12 weeks
|-
|1 US
|2009-12
|$215
|2 days
May be wrong part. Not sure if billing is correct
|-
|2
|2019-09
|$245
|2 days
|-
|3
|2019-09
|$197.36
|2 days
|}
Spare lamp box says "Lamp no: LL7039"

*https://usermanual.wiki/Document/LaserLampsIPLlampls.1504005633/view: Laser SOS Group, Continuum Minilite 10, 20, early models, 203–0037

Suggested vendors:

*https://www.tjslasers.com/flash-lamp-flashlamps-Nd-YAG-Lasers
*https://www.lasersos.com/wp-content/uploads/2018/04/Laser-Lamps-catalog.pdf
**LL6811 Medilite 1
**LL7886 Solo PIV 0002-0036, Tempest, Gemini

===2019-09-25===
Visit Kevin, got:

*2x ezlaze laser head
*1x ESI power meter head
*1x power meter head w/ controller

Tests on my ezlaze:

*DB25 only: motors twitch at startup. Interlock lit red, cannot turn on
*Both connectors: motors twitch at startup. Interlock lit red. However, press "ON" moves from red interlock to yellow emission
*When hitting "ON", a loud relay is heard in the controller

Kevin-1 (K1):

*Missing tilt plate
*Missing tilt plate screws
*No camera adapter
*Motors do not twitch at power up
*Unable to bring out of interlock
*Missing shutter
*LCSII....ah not exactly the same

Kevin-2 (K2)

*Motors twitch at startup
*Bent power connector. Was able to bend back into shape
*Mounting plate screws but no mounting plate
*Has shutter
*EZLAZE 532/355
*Beam profile uneven (as seen through laser glasses). TODO: point at camera?
*Sensor 3" from laser, 10 sec average
**500L: 65 uJ
**1000L: 124 uJ
**500H: 192 uJ
**1000H: 382 uJ

ESI power meter

*Battery: Everyday 504, NEDA 2220, 15V

===2019-10-28===
Documenting backlog. Especially around Pockells cell / EOM repair

Open question about q-switch polarity. Tried putting my (mostly bad) EOM in my laser forwards/backwards and positive/negative polarity. Only forward positive configuration fires. Not sure if polarity reversal is bad

Scrapped ezlaze Kevin had in dire shape to get sacrificial q-switch. Housing very different, but core looked the same. Unfortunately, does not seem to work in my original laser. Also tried reversing it, but didn't help. NOTE: Kevin has a second identical loose EOM assembly. We should try it

Played briefly with transferring fluid from sacrificial larger EOM. Had issue with bubble, also still unclear if fluid matched correctly

Pockels cell research:

*Probably made by Qioptiq, but may be branded Gsanger or LINOS

<blockquote></blockquote><blockquote>Due to a series of acquisitions, Qioptiq</blockquote><blockquote>has an impressive history and pedigree, benefi ting</blockquote><blockquote>from the knowledge and experience of LINOS,</blockquote><blockquote>Point Source, Rodenstock Precision Optics, Spindler</blockquote><blockquote>& Hoyer, Gsänger, Optem, Pilkington, Avimo and</blockquote><blockquote>others.</blockquote>

Did a lot of research on the fluid. Index matching fluid (IMF) is required due to the high efficiencies required to make a cavity resonate.

https://microwiki.org/media/qti/qti_an_dry_pockels_cell_vs_wet_pockels_cells.pdf

*Great paper on IMF choices
*TLDR: FC-43 for most applications, but more exotic choices if you don't care about carcinogens and/or cost

Ordering:

*quantumtech.com: "We have index matching fluid $175 for 30ml bottle and available from stock. We charge for repair would be approximately $400. "
*Tried to order FC-43 from Sigma, but they denied my order
**<nowiki>https://www.sigmaaldrich.com/catalog/product/sial/77299</nowiki>
**Heptacosafluorotributylamine (Fluorinert™ FC-43)
**5 mL: 52.60
**25 mL: 235.00

=ezlaze=

==mcmaster unit==

[[User:Mcmaster/Brainscope]]

==IOA unit==

TODO: add pictures (if someone gives them to me...)

==eBay ntxsupply unit (EZ-LAZE 532/355)==

"New Wave Research EZ-LAZE 532 / 355 Power Supply & Control Panel & Foot Pedal"

Need power supply, this unit sounds very similar to mine and has the right connections. In negotiations to try to get this.

Overview:

[[File:ebay_ntxsupply_151675355993_0.jpg|300 px]]

Control box:

[[File:ebay_ntxsupply_151675355993_1.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_2.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_3.jpg|300 px]]

Power supply:

[[File:ebay_ntxsupply_151675355993_4.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_5.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_6.jpg|300 px]]

==eBay outback6 unit (EZ-LAZE 532)==

"G102838 New Wave Research EZ-LAZE/532 Laser w/Power Supply & Controller"

A possibility, but its a complete system which means it will command a higher price...probably harder to break it up just to get the PS

Overview:

[[File:ebay_outback6_331147302083_0.jpg|300 px]]

Controller:

[[File:ebay_outback6_331147302083_1.jpg|300 px]]

Pedal:

[[File:ebay_outback6_331147302083_3.jpg|300 px]]

Power supply:

[[File:ebay_outback6_331147302083_9.jpg|300 px]]
[[File:ebay_outback6_331147302083_2.jpg|300 px]]

Laser head:

[[File:ebay_outback6_331147302083_4.jpg|300 px]]
[[File:ebay_outback6_331147302083_5.jpg|300 px]]
[[File:ebay_outback6_331147302083_6.jpg|300 px]]
[[File:ebay_outback6_331147302083_7.jpg|300 px]]
[[File:ebay_outback6_331147302083_8.jpg|300 px]]

==eBay express_test unit (EZ-LAZE LCS-II 532/355)==

[[File:ebay_express_test_400896932451_0.jpg|300 px]]

System looks a little different

=ezlaze2=

==cl.cam.ac.uk==

http://www.cl.cam.ac.uk/~sps32/laser_cutter.pdf

Has a great teardown and some really useful info about system problems

=ezlaze3=

[http://www.eolite.com/Products/SolidStateLasers/EZLazeSeries.aspx#Specifications Source]:
<code>
Main Features
Air-cooled architecture

##No cooling water
##Compact, Lightweight
##No maintenance required

Selectable wavelengths allow cutting
and machining of a wide range of materials:

##1064 nm, 532 nm, 355 nm or 266 nm

3-axis control of cut size and orientation.
From 2μm x 2μm (with 100X objective)
to 50μm x 50μm (with 50X objective).
Rotation through 180°.
Simple operation via remote control box
with a 6.5cm x 7.5cm LCD screen displaying
menu-based commands or via RS232 interface.
Precise energy control over a wide range.
Internal LED spot marker.
Compatible with most major brands
of FA microscopes (Mitutoyo, Motic, Seiwa).
3 Operating modes:

##Single shot
##Continuous (1 Hz)
##Burst (max. of 10 sec. at 5 Hz).

Standard configuration includes:
Laser Head
Standard Energy
XY Shutter (Std. Resolution)
Power Supply
Remote Control
2.4m umbilical
Video spot marker
Foot switch

Options:
High Pulse Energy
Rotating Shutter
High Resolution Shutter
Motorized Polarizer
Horizontal Mount Laser
Head with Robot-length
Umbilical
Internal Spot Marker
Microscope & Accessories

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
</code>

=QuikLaze=

I asked for a ezlaze manual and was given a quicklaze manual...w/e. Looks like they share a lot of common components

Interesting excerpt from manual:
<code>
The QuikLaze is designed to operate on specially modified
Mitutoyo FS60Y and FS50 and Ready products A-Zoom and
S-Scope microscopes. Become familiar with your microscope
before attempting to install the QuikLaze.
</code>

The quicklaze power supply looks pretty similar to the ezlaze power supply...possibly compatibile

==eBay surplusexiting complete 532==

Overview:

[[File:ebay_surplusexiting_291461826013_0.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_9.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_4.jpg|300 px]]

Power supply:

[[File:ebay_surplusexiting_291461826013_1.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_5.jpg|300 px]]

Controller:

[[File:ebay_surplusexiting_291461826013_2.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_3.jpg|300 px]]

Head:

[[File:ebay_surplusexiting_291461826013_6.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_7.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_8.jpg|300 px]]

==eBay surplusexiting prism_electronics2 bad power supply==

[[File:ebay_prism_electronics2_291003612067_0.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_1.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_2.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_3.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_4.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_5.jpg|300 px]]

==eBay s.scherets==

A less common stand alone system. Rackmount power supply

They called it a quicklaze but I think its actually an ezlaze?

[[File:ebay_s.scherets_171042385856_0.jpg|300 px]]
[[File:ebay_s.scherets_171042385856_1.jpg|300 px]]

=References=

*http://www.esi.com/Products/Semiconductor/FlatPanelDisplayRepairFailureAnalysis/EzLaze.aspx
*http://www.eolite.com/Products/SolidStateLasers/EZLazeSeries.aspx#Overview
*https://www.youtube.com/watch?v=RhLxaHyNIv4
**Internals working
*https://microwiki.org/media/nwr/
*https://microwiki.org/media/continuum/

NWR EzLaze

2023-01-14T22:22:49Z

Ffy00: Add patent link for B&L objectives

John McMaster's notes from repairing and calibrating misc units. For more information contact john@mcmaster.tech

Note: New Wave Research was acquired by Electro Scientific Industries, Inc. (ESI)

==Tilt plate==
These often get separated from units so we made some reproductions. Want one? Contact john@mcmaster.tech

Variations:

*An LCS-II: observe 2 mounting screws
*An ezlaze: observe 3 or so mounting screws

An LCS-II unit:

*Ball bearing
**4.73 mm (0.19" => probably 3/16")
**[https://www.mcmaster.com/9528K13/ Maybe this]
*Pivot set screws
**Qty: 2
**Use 2.5 mm driver
**Special machined screw w/ bearing on end
**Bearing: 3.3 mm OD (0.13")
***[https://www.mcmaster.com/9528K226/ Sub bearing]?
**Thread: M5
**Total length: 9.3 mm
**Threaded length: 7.2 mm
**Material: stainless
**Kevin: glue ball bearing on the end
***4 mm bearings
*Spring SHCS
**Qty: 2
**M4 x 20 mm
**Material: stainless
**Belleville washers: 14
***Arrange as 7 pairs stacked against each other
***[https://www.mcmaster.com/9712K14/ Maybe this] would work?
***Material thickness: 0.46 mm (0.018")
***Total thickness: 0.67 mm (0.026")
***ID: 4.33 mm (0.17")
***OD: 8.4 mm (0.33")
*Set screws
**Qty: 2
**Use 2.0 mm driver
**M4 x 8 mm
**Material: black steel

==Objective==
Canonical objective for these is Mitutoyo M Plan Apo. Could something else work?

Candidates:

*Search terms
**"M Plan Apo"
**LWD objective
**long working distance objective
*Mitutoyo M Plan Apo
*B&L Industrial
**Wrong thread
**Not infinity
**Seem to have a weird design, as explained in the [https://worldwide.espacenet.com/patent/search/family/024876339/publication/US3471218A?q=pn%3DUS3471218A US3471218A] patent
**...but cheap and might be good enough
*Optem
*Seiwa
*Sigma Koki
*USMCO
*USMC
*V-Technology
*New Wave
**As in NWR? Are these intended for ezlaze?
*Correct Tokyo (Seiwa)

To test:

*Inspect objective
*Run image quality test (MTF?)
*Long duration test...maybe 1000 shots at max power?
*Inspect objective
*Run image quality test (MTF?)

 

===Results===

Compatible:

*Mitutoyo M Plan Apo

Okay (seem compatible from initial testing, but no extensive tests done):

*...

Incompatible:

*Edmund Optics HR (source: McMaster tried the 10x)

 
==Cabling==
DB25

*Has a slot instead of a round cable hole
*3M 3485-2300

Power connector

*Got blank shell and cut slot w/ hacksaw. Then melted new plastic in to close up the side

==Noisy/slow crystal/filter selection investigation==
Symptom: the filter wheel that contains wavelength selection and high/low takes longer to settle than usual and overshoots a few times before settling down

Thoughts:

*Motor problem?
*Pot problem?
*PID parameters can be adjusted? Are there any trim pots?
*No spare units to scavenge parts off of

Motor

*1616E012S T 265

==Repair / calibration==

===Uneven cut===

With the uneven cut, is possible the laser is misalign and will need to
be optimize and realign. The possible misalignment can cause by the
Q-SW (pocket cell) is deteriorating and may need replace. For the XY
aperture shutter, we will replace both Motors and Potentiometer.

===Flashlamp replace===

Flashlamp rated for 30 million shots. Skeptical replacing it was going to help, but tried anyway. Didn't seem to improve power output. Maybe its the uneven cut issue above?

7/32" allen key for side of flashlamp housing

2 mm for screwing cover in for the long buried screw near the HV generator

1.3 mm allen for the short ones

mcmaster original lamp says: LL7039/88

Lamp part numbers:

*New Wave Research 0002-0036
*LL7039
**Printed on lamp: LL7039/88
**Who's part number is this?
**Total length: ~78 mm
**Arc length: ~46 mm
**Diameter: ~4.97 mm

{| class="wikitable"
|+
!Vendor / part
!Date
!Price
!Lead time
|-
|1 EU, opt 1
|2019-09
|£122.00
|10 weeks
|-
|1 EU, opt 2
|2019-09
|£185.70
|10-12 weeks
|-
|1 US
|2009-12
|$215
|2 days
May be wrong part. Not sure if billing is correct
|-
|2
|2019-09
|$245
|2 days
|-
|3
|2019-09
|$197.36
|2 days
|}
Spare lamp box says "Lamp no: LL7039"

*https://usermanual.wiki/Document/LaserLampsIPLlampls.1504005633/view: Laser SOS Group, Continuum Minilite 10, 20, early models, 203–0037

Suggested vendors:

*https://www.tjslasers.com/flash-lamp-flashlamps-Nd-YAG-Lasers
*https://www.lasersos.com/wp-content/uploads/2018/04/Laser-Lamps-catalog.pdf
**LL6811 Medilite 1
**LL7886 Solo PIV 0002-0036, Tempest, Gemini

===2019-09-25===
Visit Kevin, got:

*2x ezlaze laser head
*1x ESI power meter head
*1x power meter head w/ controller

Tests on my ezlaze:

*DB25 only: motors twitch at startup. Interlock lit red, cannot turn on
*Both connectors: motors twitch at startup. Interlock lit red. However, press "ON" moves from red interlock to yellow emission
*When hitting "ON", a loud relay is heard in the controller

Kevin-1 (K1):

*Missing tilt plate
*Missing tilt plate screws
*No camera adapter
*Motors do not twitch at power up
*Unable to bring out of interlock
*Missing shutter
*LCSII....ah not exactly the same

Kevin-2 (K2)

*Motors twitch at startup
*Bent power connector. Was able to bend back into shape
*Mounting plate screws but no mounting plate
*Has shutter
*EZLAZE 532/355
*Beam profile uneven (as seen through laser glasses). TODO: point at camera?
*Sensor 3" from laser, 10 sec average
**500L: 65 uJ
**1000L: 124 uJ
**500H: 192 uJ
**1000H: 382 uJ

ESI power meter

*Battery: Everyday 504, NEDA 2220, 15V

===2019-10-28===
Documenting backlog. Especially around Pockells cell / EOM repair

Open question about q-switch polarity. Tried putting my (mostly bad) EOM in my laser forwards/backwards and positive/negative polarity. Only forward positive configuration fires. Not sure if polarity reversal is bad

Scrapped ezlaze Kevin had in dire shape to get sacrificial q-switch. Housing very different, but core looked the same. Unfortunately, does not seem to work in my original laser. Also tried reversing it, but didn't help. NOTE: Kevin has a second identical loose EOM assembly. We should try it

Played briefly with transferring fluid from sacrificial larger EOM. Had issue with bubble, also still unclear if fluid matched correctly

Pockels cell research:

*Probably made by Qioptiq, but may be branded Gsanger or LINOS

<blockquote></blockquote><blockquote>Due to a series of acquisitions, Qioptiq</blockquote><blockquote>has an impressive history and pedigree, benefi ting</blockquote><blockquote>from the knowledge and experience of LINOS,</blockquote><blockquote>Point Source, Rodenstock Precision Optics, Spindler</blockquote><blockquote>& Hoyer, Gsänger, Optem, Pilkington, Avimo and</blockquote><blockquote>others.</blockquote>

Did a lot of research on the fluid. Index matching fluid (IMF) is required due to the high efficiencies required to make a cavity resonate.

https://microwiki.org/media/qti/qti_an_dry_pockels_cell_vs_wet_pockels_cells.pdf

*Great paper on IMF choices
*TLDR: FC-43 for most applications, but more exotic choices if you don't care about carcinogens and/or cost

Ordering:

*quantumtech.com: "We have index matching fluid $175 for 30ml bottle and available from stock. We charge for repair would be approximately $400. "
*Tried to order FC-43 from Sigma, but they denied my order
**<nowiki>https://www.sigmaaldrich.com/catalog/product/sial/77299</nowiki>
**Heptacosafluorotributylamine (Fluorinert™ FC-43)
**5 mL: 52.60
**25 mL: 235.00

=ezlaze=

==mcmaster unit==

[[User:Mcmaster/Brainscope]]

==IOA unit==

TODO: add pictures (if someone gives them to me...)

==eBay ntxsupply unit (EZ-LAZE 532/355)==

"New Wave Research EZ-LAZE 532 / 355 Power Supply & Control Panel & Foot Pedal"

Need power supply, this unit sounds very similar to mine and has the right connections. In negotiations to try to get this.

Overview:

[[File:ebay_ntxsupply_151675355993_0.jpg|300 px]]

Control box:

[[File:ebay_ntxsupply_151675355993_1.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_2.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_3.jpg|300 px]]

Power supply:

[[File:ebay_ntxsupply_151675355993_4.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_5.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_6.jpg|300 px]]

==eBay outback6 unit (EZ-LAZE 532)==

"G102838 New Wave Research EZ-LAZE/532 Laser w/Power Supply & Controller"

A possibility, but its a complete system which means it will command a higher price...probably harder to break it up just to get the PS

Overview:

[[File:ebay_outback6_331147302083_0.jpg|300 px]]

Controller:

[[File:ebay_outback6_331147302083_1.jpg|300 px]]

Pedal:

[[File:ebay_outback6_331147302083_3.jpg|300 px]]

Power supply:

[[File:ebay_outback6_331147302083_9.jpg|300 px]]
[[File:ebay_outback6_331147302083_2.jpg|300 px]]

Laser head:

[[File:ebay_outback6_331147302083_4.jpg|300 px]]
[[File:ebay_outback6_331147302083_5.jpg|300 px]]
[[File:ebay_outback6_331147302083_6.jpg|300 px]]
[[File:ebay_outback6_331147302083_7.jpg|300 px]]
[[File:ebay_outback6_331147302083_8.jpg|300 px]]

==eBay express_test unit (EZ-LAZE LCS-II 532/355)==

[[File:ebay_express_test_400896932451_0.jpg|300 px]]

System looks a little different

=ezlaze2=

==cl.cam.ac.uk==

http://www.cl.cam.ac.uk/~sps32/laser_cutter.pdf

Has a great teardown and some really useful info about system problems

=ezlaze3=

[http://www.eolite.com/Products/SolidStateLasers/EZLazeSeries.aspx#Specifications Source]:
<code>
Main Features
Air-cooled architecture

##No cooling water
##Compact, Lightweight
##No maintenance required

Selectable wavelengths allow cutting
and machining of a wide range of materials:

##1064 nm, 532 nm, 355 nm or 266 nm

3-axis control of cut size and orientation.
From 2μm x 2μm (with 100X objective)
to 50μm x 50μm (with 50X objective).
Rotation through 180°.
Simple operation via remote control box
with a 6.5cm x 7.5cm LCD screen displaying
menu-based commands or via RS232 interface.
Precise energy control over a wide range.
Internal LED spot marker.
Compatible with most major brands
of FA microscopes (Mitutoyo, Motic, Seiwa).
3 Operating modes:

##Single shot
##Continuous (1 Hz)
##Burst (max. of 10 sec. at 5 Hz).

Standard configuration includes:
Laser Head
Standard Energy
XY Shutter (Std. Resolution)
Power Supply
Remote Control
2.4m umbilical
Video spot marker
Foot switch

Options:
High Pulse Energy
Rotating Shutter
High Resolution Shutter
Motorized Polarizer
Horizontal Mount Laser
Head with Robot-length
Umbilical
Internal Spot Marker
Microscope & Accessories

 
 
 
 
 
 
 
 
 
 
 
 
 
 
</code>

=QuikLaze=

I asked for a ezlaze manual and was given a quicklaze manual...w/e. Looks like they share a lot of common components

Interesting excerpt from manual:
<code>
The QuikLaze is designed to operate on specially modified
Mitutoyo FS60Y and FS50 and Ready products A-Zoom and
S-Scope microscopes. Become familiar with your microscope
before attempting to install the QuikLaze.
</code>

The quicklaze power supply looks pretty similar to the ezlaze power supply...possibly compatibile

==eBay surplusexiting complete 532==

Overview:

[[File:ebay_surplusexiting_291461826013_0.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_9.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_4.jpg|300 px]]

Power supply:

[[File:ebay_surplusexiting_291461826013_1.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_5.jpg|300 px]]

Controller:

[[File:ebay_surplusexiting_291461826013_2.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_3.jpg|300 px]]

Head:

[[File:ebay_surplusexiting_291461826013_6.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_7.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_8.jpg|300 px]]

==eBay surplusexiting prism_electronics2 bad power supply==

[[File:ebay_prism_electronics2_291003612067_0.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_1.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_2.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_3.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_4.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_5.jpg|300 px]]

==eBay s.scherets==

A less common stand alone system. Rackmount power supply

They called it a quicklaze but I think its actually an ezlaze?

[[File:ebay_s.scherets_171042385856_0.jpg|300 px]]
[[File:ebay_s.scherets_171042385856_1.jpg|300 px]]

=References=

*http://www.esi.com/Products/Semiconductor/FlatPanelDisplayRepairFailureAnalysis/EzLaze.aspx
*http://www.eolite.com/Products/SolidStateLasers/EZLazeSeries.aspx#Overview
*https://www.youtube.com/watch?v=RhLxaHyNIv4
**Internals working
*https://microwiki.org/media/nwr/
*https://microwiki.org/media/continuum/

NWR EzLaze

2023-01-14T21:42:06Z

Ffy00: Add results sub-section to the objective section

John McMaster's notes from repairing and calibrating misc units. For more information contact john@mcmaster.tech

Note: New Wave Research was acquired by Electro Scientific Industries, Inc. (ESI)

==Tilt plate==
These often get separated from units so we made some reproductions. Want one? Contact john@mcmaster.tech

Variations:

*An LCS-II: observe 2 mounting screws
*An ezlaze: observe 3 or so mounting screws

An LCS-II unit:

*Ball bearing
**4.73 mm (0.19" => probably 3/16")
**[https://www.mcmaster.com/9528K13/ Maybe this]
*Pivot set screws
**Qty: 2
**Use 2.5 mm driver
**Special machined screw w/ bearing on end
**Bearing: 3.3 mm OD (0.13")
***[https://www.mcmaster.com/9528K226/ Sub bearing]?
**Thread: M5
**Total length: 9.3 mm
**Threaded length: 7.2 mm
**Material: stainless
**Kevin: glue ball bearing on the end
***4 mm bearings
*Spring SHCS
**Qty: 2
**M4 x 20 mm
**Material: stainless
**Belleville washers: 14
***Arrange as 7 pairs stacked against each other
***[https://www.mcmaster.com/9712K14/ Maybe this] would work?
***Material thickness: 0.46 mm (0.018")
***Total thickness: 0.67 mm (0.026")
***ID: 4.33 mm (0.17")
***OD: 8.4 mm (0.33")
*Set screws
**Qty: 2
**Use 2.0 mm driver
**M4 x 8 mm
**Material: black steel

==Objective==
Canonical objective for these is Mitutoyo M Plan Apo. Could something else work?

Candidates:

*Search terms
**"M Plan Apo"
**LWD objective
**long working distance objective
*Mitutoyo M Plan Apo
*B&L Industrial
**Wrong thread
**Not infinity
**...but cheap and might be good enough
*Optem
*Seiwa
*Sigma Koki
*USMCO
*USMC
*V-Technology
*New Wave
**As in NWR? Are these intended for ezlaze?
*Correct Tokyo (Seiwa)

To test:

*Inspect objective
*Run image quality test (MTF?)
*Long duration test...maybe 1000 shots at max power?
*Inspect objective
*Run image quality test (MTF?)

 

=== Results ===

Compatible:

* Mitutoyo M Plan Apo

Okay (seem compatible from initial testing, but no extensive tests done):

* ...

Incompatible:

* Edmund Optics HR (source: McMaster tried the 10x)

 
==Cabling==
DB25

*Has a slot instead of a round cable hole
*3M 3485-2300

Power connector

*Got blank shell and cut slot w/ hacksaw. Then melted new plastic in to close up the side

==Noisy/slow crystal/filter selection investigation==
Symptom: the filter wheel that contains wavelength selection and high/low takes longer to settle than usual and overshoots a few times before settling down

Thoughts:

*Motor problem?
*Pot problem?
*PID parameters can be adjusted? Are there any trim pots?
*No spare units to scavenge parts off of

Motor

*1616E012S T 265

==Repair / calibration==

===Uneven cut===

With the uneven cut, is possible the laser is misalign and will need to
be optimize and realign. The possible misalignment can cause by the
Q-SW (pocket cell) is deteriorating and may need replace. For the XY
aperture shutter, we will replace both Motors and Potentiometer.

===Flashlamp replace===

Flashlamp rated for 30 million shots. Skeptical replacing it was going to help, but tried anyway. Didn't seem to improve power output. Maybe its the uneven cut issue above?

7/32" allen key for side of flashlamp housing

2 mm for screwing cover in for the long buried screw near the HV generator

1.3 mm allen for the short ones

mcmaster original lamp says: LL7039/88

Lamp part numbers:

*New Wave Research 0002-0036
*LL7039
**Printed on lamp: LL7039/88
**Who's part number is this?
**Total length: ~78 mm
**Arc length: ~46 mm
**Diameter: ~4.97 mm

{| class="wikitable"
|+
!Vendor / part
!Date
!Price
!Lead time
|-
|1 EU, opt 1
|2019-09
|£122.00
|10 weeks
|-
|1 EU, opt 2
|2019-09
|£185.70
|10-12 weeks
|-
|1 US
|2009-12
|$215
|2 days
May be wrong part. Not sure if billing is correct
|-
|2
|2019-09
|$245
|2 days
|-
|3
|2019-09
|$197.36
|2 days
|}
Spare lamp box says "Lamp no: LL7039"

*https://usermanual.wiki/Document/LaserLampsIPLlampls.1504005633/view: Laser SOS Group, Continuum Minilite 10, 20, early models, 203–0037

Suggested vendors:

*https://www.tjslasers.com/flash-lamp-flashlamps-Nd-YAG-Lasers
*https://www.lasersos.com/wp-content/uploads/2018/04/Laser-Lamps-catalog.pdf
**LL6811 Medilite 1
**LL7886 Solo PIV 0002-0036, Tempest, Gemini

===2019-09-25===
Visit Kevin, got:

*2x ezlaze laser head
*1x ESI power meter head
*1x power meter head w/ controller

Tests on my ezlaze:

*DB25 only: motors twitch at startup. Interlock lit red, cannot turn on
*Both connectors: motors twitch at startup. Interlock lit red. However, press "ON" moves from red interlock to yellow emission
*When hitting "ON", a loud relay is heard in the controller

Kevin-1 (K1):

*Missing tilt plate
*Missing tilt plate screws
*No camera adapter
*Motors do not twitch at power up
*Unable to bring out of interlock
*Missing shutter
*LCSII....ah not exactly the same

Kevin-2 (K2)

*Motors twitch at startup
*Bent power connector. Was able to bend back into shape
*Mounting plate screws but no mounting plate
*Has shutter
*EZLAZE 532/355
*Beam profile uneven (as seen through laser glasses). TODO: point at camera?
*Sensor 3" from laser, 10 sec average
**500L: 65 uJ
**1000L: 124 uJ
**500H: 192 uJ
**1000H: 382 uJ

ESI power meter

*Battery: Everyday 504, NEDA 2220, 15V

===2019-10-28===
Documenting backlog. Especially around Pockells cell / EOM repair

Open question about q-switch polarity. Tried putting my (mostly bad) EOM in my laser forwards/backwards and positive/negative polarity. Only forward positive configuration fires. Not sure if polarity reversal is bad

Scrapped ezlaze Kevin had in dire shape to get sacrificial q-switch. Housing very different, but core looked the same. Unfortunately, does not seem to work in my original laser. Also tried reversing it, but didn't help. NOTE: Kevin has a second identical loose EOM assembly. We should try it

Played briefly with transferring fluid from sacrificial larger EOM. Had issue with bubble, also still unclear if fluid matched correctly

Pockels cell research:

*Probably made by Qioptiq, but may be branded Gsanger or LINOS

<blockquote></blockquote><blockquote>Due to a series of acquisitions, Qioptiq</blockquote><blockquote>has an impressive history and pedigree, benefi ting</blockquote><blockquote>from the knowledge and experience of LINOS,</blockquote><blockquote>Point Source, Rodenstock Precision Optics, Spindler</blockquote><blockquote>& Hoyer, Gsänger, Optem, Pilkington, Avimo and</blockquote><blockquote>others.</blockquote>

Did a lot of research on the fluid. Index matching fluid (IMF) is required due to the high efficiencies required to make a cavity resonate.

https://microwiki.org/media/qti/qti_an_dry_pockels_cell_vs_wet_pockels_cells.pdf

*Great paper on IMF choices
*TLDR: FC-43 for most applications, but more exotic choices if you don't care about carcinogens and/or cost

Ordering:

*quantumtech.com: "We have index matching fluid $175 for 30ml bottle and available from stock. We charge for repair would be approximately $400. "
*Tried to order FC-43 from Sigma, but they denied my order
**<nowiki>https://www.sigmaaldrich.com/catalog/product/sial/77299</nowiki>
**Heptacosafluorotributylamine (Fluorinert™ FC-43)
**5 mL: 52.60
**25 mL: 235.00

=ezlaze=

==mcmaster unit==

[[User:Mcmaster/Brainscope]]

==IOA unit==

TODO: add pictures (if someone gives them to me...)

==eBay ntxsupply unit (EZ-LAZE 532/355)==

"New Wave Research EZ-LAZE 532 / 355 Power Supply & Control Panel & Foot Pedal"

Need power supply, this unit sounds very similar to mine and has the right connections. In negotiations to try to get this.

Overview:

[[File:ebay_ntxsupply_151675355993_0.jpg|300 px]]

Control box:

[[File:ebay_ntxsupply_151675355993_1.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_2.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_3.jpg|300 px]]

Power supply:

[[File:ebay_ntxsupply_151675355993_4.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_5.jpg|300 px]]
[[File:ebay_ntxsupply_151675355993_6.jpg|300 px]]

==eBay outback6 unit (EZ-LAZE 532)==

"G102838 New Wave Research EZ-LAZE/532 Laser w/Power Supply & Controller"

A possibility, but its a complete system which means it will command a higher price...probably harder to break it up just to get the PS

Overview:

[[File:ebay_outback6_331147302083_0.jpg|300 px]]

Controller:

[[File:ebay_outback6_331147302083_1.jpg|300 px]]

Pedal:

[[File:ebay_outback6_331147302083_3.jpg|300 px]]

Power supply:

[[File:ebay_outback6_331147302083_9.jpg|300 px]]
[[File:ebay_outback6_331147302083_2.jpg|300 px]]

Laser head:

[[File:ebay_outback6_331147302083_4.jpg|300 px]]
[[File:ebay_outback6_331147302083_5.jpg|300 px]]
[[File:ebay_outback6_331147302083_6.jpg|300 px]]
[[File:ebay_outback6_331147302083_7.jpg|300 px]]
[[File:ebay_outback6_331147302083_8.jpg|300 px]]

==eBay express_test unit (EZ-LAZE LCS-II 532/355)==

[[File:ebay_express_test_400896932451_0.jpg|300 px]]

System looks a little different

=ezlaze2=

==cl.cam.ac.uk==

http://www.cl.cam.ac.uk/~sps32/laser_cutter.pdf

Has a great teardown and some really useful info about system problems

=ezlaze3=

[http://www.eolite.com/Products/SolidStateLasers/EZLazeSeries.aspx#Specifications Source]:
<code>
Main Features
Air-cooled architecture

##No cooling water
##Compact, Lightweight
##No maintenance required

Selectable wavelengths allow cutting
and machining of a wide range of materials:

##1064 nm, 532 nm, 355 nm or 266 nm

3-axis control of cut size and orientation.
From 2μm x 2μm (with 100X objective)
to 50μm x 50μm (with 50X objective).
Rotation through 180°.
Simple operation via remote control box
with a 6.5cm x 7.5cm LCD screen displaying
menu-based commands or via RS232 interface.
Precise energy control over a wide range.
Internal LED spot marker.
Compatible with most major brands
of FA microscopes (Mitutoyo, Motic, Seiwa).
3 Operating modes:

##Single shot
##Continuous (1 Hz)
##Burst (max. of 10 sec. at 5 Hz).

Standard configuration includes:
Laser Head
Standard Energy
XY Shutter (Std. Resolution)
Power Supply
Remote Control
2.4m umbilical
Video spot marker
Foot switch

Options:
High Pulse Energy
Rotating Shutter
High Resolution Shutter
Motorized Polarizer
Horizontal Mount Laser
Head with Robot-length
Umbilical
Internal Spot Marker
Microscope & Accessories

 
 
 
 
 
 
 
 
 
 
 
 
 
</code>

=QuikLaze=

I asked for a ezlaze manual and was given a quicklaze manual...w/e. Looks like they share a lot of common components

Interesting excerpt from manual:
<code>
The QuikLaze is designed to operate on specially modified
Mitutoyo FS60Y and FS50 and Ready products A-Zoom and
S-Scope microscopes. Become familiar with your microscope
before attempting to install the QuikLaze.
</code>

The quicklaze power supply looks pretty similar to the ezlaze power supply...possibly compatibile

==eBay surplusexiting complete 532==

Overview:

[[File:ebay_surplusexiting_291461826013_0.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_9.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_4.jpg|300 px]]

Power supply:

[[File:ebay_surplusexiting_291461826013_1.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_5.jpg|300 px]]

Controller:

[[File:ebay_surplusexiting_291461826013_2.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_3.jpg|300 px]]

Head:

[[File:ebay_surplusexiting_291461826013_6.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_7.jpg|300 px]]
[[File:ebay_surplusexiting_291461826013_8.jpg|300 px]]

==eBay surplusexiting prism_electronics2 bad power supply==

[[File:ebay_prism_electronics2_291003612067_0.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_1.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_2.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_3.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_4.jpg|300 px]]
[[File:ebay_prism_electronics2_291003612067_5.jpg|300 px]]

==eBay s.scherets==

A less common stand alone system. Rackmount power supply

They called it a quicklaze but I think its actually an ezlaze?

[[File:ebay_s.scherets_171042385856_0.jpg|300 px]]
[[File:ebay_s.scherets_171042385856_1.jpg|300 px]]

=References=

*http://www.esi.com/Products/Semiconductor/FlatPanelDisplayRepairFailureAnalysis/EzLaze.aspx
*http://www.eolite.com/Products/SolidStateLasers/EZLazeSeries.aspx#Overview
*https://www.youtube.com/watch?v=RhLxaHyNIv4
**Internals working
*https://microwiki.org/media/nwr/
*https://microwiki.org/media/continuum/

SEM I-O

2022-12-01T23:21:49Z

Ffy00:

[[Category:SEM]]

{| class="wikitable sortable" border="1"
!Image!!Vendor!!Model!!Year!!kV!!Gun!!Resolution (nm)!!Features!!Manual!!Schem!!SW!!Notes
|-
| ||ISI||Alpha 9|| || || || || || || || ||Referenced in price sheet
|-
|[[File:umt_isi_cl-6_analytical_top.jpg|300 px]] Source: [UMT EA]||ISI||CL-6|| || || || || || || || ||
|-
|[[File:ds130_isi_ds130_ds-130.jpg|300 px]] Source: [DS130 DS130]||ISI||DS 130|| ||40|| || 3 (top stage) 6 (bot stage)|| || || || || DS 130/1: Bottom Stage only DS 130/2: Top Stage only DS 130/3: Complete Top and Bottom Stage System
|-
|[[File:isi_dtradingpost_isi-40_isisemfull.jpg|300 px]] Source: [dtradingpost ISI-40]||ISI|| ISI-40 SMS-2D|| || || || || || || || ||TODO: index schematic list
|-
| ||ISI||ISI-60||1979|| || || || || || || ||Advert lists it as new the same time as the Super IIIA and I know the Super IIIA was around 1979
|-
| ||ISI||ISI-60A|| || || || || || || || ||
|-
| ||ISI||ISI-100||1977||25?||LAB6||10?|| || || || ||"could handle 4-inch-diameter specimens" [1970s]
|-
| ||ISI||ISI-100N|| || || || || || || || ||
|-
|[[File:ams_isi_ss60_img_1264.jpg|300 px]] Source: [AMS SEM]||ISI||ISI-SS60|| || || || || || || || ||
|-
|[[File:mcmaster_isi_m-7_m7front.jpg|300 px]] [[File:mcmaster_isi_m-7_isicolumn.jpg|300 px]] Source: private e-mail||ISI||[[ISI M-7]]|| || || || || || || || ||Very hard to find info on this unit
|-
|[[File:osu_isi_msm-2_mini_sem.jpg|300 px]] Source: [OSU MINISEM1]||ISI||MSM-2||1973|| || ||[http://www.science.oregonstate.edu/emfacility/?q=node/History/EM/MINISEM1 30]|| || || || || Tabletop [OSU MINISEM1] ]
|-
| ||ISI|| [[ISI SMS|ISI SMS-1]] [[ISI SMS|ISI Super-Mini-SEM 1]]||1974||25|| ||10|| || ||[[ISI SMS|Yes]]|| ||"could accommodate samples up to 32 mm in diameter" [1970s]
|-
| ||ISI|| [[ISI SMS|ISI SMS-2]] [[ISI SMS|ISI Super-Mini-SEM 2]]||1975||25?|| ||10?|| || ||[[ISI SMS|Yes]]|| || "increased the sample chamber size to 3 inches in diameter"[1970s] JM may have partial or full schematic
|-
|[[File:mcmaster_isi_super_iiia_01.jpg|300 px]]||ISI|| SMS-3A Super-Mini-SEM III "[[ISI Super III A]] "||~1980||30||WHP||7|| || [https://microwiki.org/media/isi/super_iiia/manual/isi_siii-a_k_instruction_manual_kc.pdf Yes] ([https://microwiki.org/media/isi/super_iiia/manual/isi_siii-a_k_instruction_manual_bl.pdf alt]) [https://microwiki.org/media/isi/super_iiia/manual/ All]||[[ISI SMS|Yes]]|| [http://members.tm.net/lapointe2/Scanning_Electron_Microscope.html ref] ]
|-
|[[File:isi_ptli_isi-ss40_sem_3.jpg|300 px]] Source: [PTLI ISI-SS40]||ISI||SS-40|| || || || || ||[https://microwiki.org/media/isi/ss-60/isi_ss-60_instruction_manual.pdf Partial?]|| || ||
|-
|[[File:jean_drohe_isi_ss-60_isi_ss-60.jpg|300 px]] Source: Jean Drohé private communication||ISI||SS-60|| || || || || ||[https://microwiki.org/media/isi/ss-60/isi_ss-60_instruction_manual.pdf Yes]|| || ||
|-
| ||ISI||SS-130|| || || || || ||[https://microwiki.org/media/isi/ss-60/isi_ss-60_instruction_manual.pdf Partial?]|| || ||
|-
|[[File:tntech_isi_sr50_image016.jpg|300 px]] Source: [TNTech MSE]||ISI||SR50|| || || || || || || || ||
|-
|[[File:virago_isi_sx30_at_school_a.jpg|300 px]] Source: [Virago]||ISI||SX30|| || || || || || || || ||[Virago]
|-
| ||ISI||SX-30/E4|| ||5, 15, 25|| ||7|| || || || ||See advert
|-
|[[File:equipmatching.com_isi_sx-40_1.jpg|300 px]] Source: [equipmatching]||ISI||SX-40|| || || 30||6|| ||[https://microwiki.org/media/isi/sx-40/isi_sx-40_instruction_manual.pdf Yes]|| || || Thanks to Nathalie Renevier for the user manual! Specifications on page 67
|-
| ||ISI||SX-60|| || || || || || || || ||Mentioned on ds130 website but I can't find any other references to this model
|-
| ||ISI||SYSTEM-100A|| || || || || || || || ||
|-
|[[File:mcmaster_isi_tv_mini_sem_nb_overview.jpg|200 px]]||ISI|| TV Mini-SEM ([[ISI MSM|TV-MSM]]) Schematic: MRS-2||1976|| || || || || ||[https://microwiki.org/media/isi/tv-msm/schem/ Yes]|| [https://www.noisebridge.net/wiki/SEM%20Noisebridge unit] Year based off of schematic date
|-
|[[File:ebay_product4you80_isi_wb-6_0.jpg|300 px]] Source: [eBay 231289327125]||ISI||WB-6|| || || || || || || || ||
|-
| ||JEOL||ClairScope JASM-6200|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/AtmosphericSEM/ClairScope%E2%A2JASM6200/tabid/727/Default.aspx#216960-specifications W/8nm (30kV)]|| || || || ||Atmospheric ]
|-
| ||JEOL||JAMP-10|| || || || || || || || ||
|-
| ||JEOL||JIB-4500|| || || || || || || || ||Multibeam FIB
|-
| ||JEOL||JIB-4600F|| || || || || || || || ||Multibeam FIB
|-
| ||JEOL||JEM-100S|| || || || || || || || ||[1960s] ]
|-
| ||JEOL||JEM-ARM-1000||1983||1000|| || || || || || ||"one-of-a-kind Ultrahigh Voltage EM for the Lawrence Berkeley Laboratories in California, where scientists were interested in atomic resolution" [1980s]
|-
| ||JEOL||JFSM-30||1974|| ||FE||3|| || || || ||[1970s]
|-
| ||JEOL||JRSM-50A||1973|| || || || || || || ||"hot stage for examining samples at elevated temperatures" [1970s]
|-
| ||JEOL||JSM-1|| ||50|| ||50|| || || || ||[1960s]
|-
| ||JEOL||JSM-2|| ||50|| || || || || || ||[1960s]
|-
| ||JEOL||JSM-U|| ||50|| || || || || || ||[1960s]
|-
| ||JEOL||JSM-35CF|| || || || || || || || ||
|-
| ||JEOL||JSM-35CFS||1982/3?|| || || || || || || ||[1980s]
|-
| ||JEOL||JSM-820|| || || || || || || || ||
|-
| ||JEOL||JSM-840||1982/3?|| || ||[http://www.microscopy.ou.edu/jsm-840.shtml 3]|| || || || || "best i've gotten out of it was resolving ~60nm colloidal silica particles" [az] year: [1980s] ]
|-
| ||JEOL||JSM-5200|| || || || || || || || ||
|-
| ||JEOL||JSM-5400|| || || || || || || || ||
|-
| ||JEOL||JSM-5600|| ||30kV
|WHP (standard)

LAB6 (optional)
|3.5nm @ 30kV (SEI)
| || || || ||JEOL Tokyo offered an upgrade to the JSM-5610 for ~1y (AFAIK this only consisted of software upgrade from Windows 95 to XP)
|-
| ||JEOL||JSM-5600LV|| ||30kV||WHP (standard)
LAB6 (optional)
|3.5nm @ 30kV (SEI)||Low vacuum mode|| || || ||JEOL Tokyo offered an upgrade to the JSM-5610LV for ~1y (AFAIK this only consisted of software upgrade from Windows 95 to XP)
|-
| ||JEOL||JSM-5610|| ||30kV
| || || || || || ||
|-
| ||JEOL||JSM-5610LV|| ||30kV
| || ||Low vacuum mode
| || || ||
|-
| ||JEOL||JSM-5800|| || || || || || || || ||
|-
| ||JEOL||JSM-5900|| || || || || || || || ||
|-
|[[File:kitmondo_jeol_jsm-5900lv_jsm-5900lv.jpg|300 px]] [http://www.kitmondo.com/jeol-jsm-5900lv/ref242818 Source]||JEOL||JSM-5900LV|| || || ||3nm @ 30kV (SEI) 5nm @30kV (BEI)|| || || || ||
|-
| ||JEOL||JSM-5910|| || || || || || || || ||
|-
| ||JEOL||JSM-6010LA|| || || || [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx HV: 4nm @ 20kV (SE)] [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx LV: 5nm @ 20kV (BSE)]|| || || || ||
|-
| ||JEOL||JSM-6010PLUS "JSM-6010PLUS InTouchScope"|| || || || || || || || ||
|-
| ||JEOL||JSM-6100|| || || || || || || || ||
|-
| ||JEOL||JSM-6300F|| || ||CFE||1.5 nm @ 30 kV|| || || || ||
|-
| ||JEOL||JSM-6300LV|| || || || || || || || ||
|-
| ||JEOL||JSM-6300V|| || || || || || || || ||
|-
| ||JEOL||JSM-6340F|| || ||CFE||2.5 nm @ 1 kV 1.2 nm @ 20 kV|| || || || ||
|-
| ||JEOL||JSM-6390|| || || || || || || || ||
|-
| ||JEOL||JSM-6390LV|| || || || || || || || ||
|-
| ||JEOL||JSM-6400|| || || || || || || || ||
|-
|[[File:kitmondo_jeol_jsm-6460_jeol_6460_sem.jpg|300 px]] [http://www.kitmondo.com/jeol-jsm-6460-with-oxford-inca-energy-eds/ref69259 Source]||JEOL||JSM-6460||~2004|| || || || || || || ||
|-
| ||JEOL||JSM-6510|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx LV: 3nm @ 30kV (SE)]|| || || || ||
|-
| ||JEOL||JSM-6510LV|| || || || [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx HV: 3nm @ 30kV (SE)] [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx LV: 4nm @ 30kV (BSE)]|| || || || ||
|-
| ||JEOL||JSM-7100F|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/FESEM/JSM7100F/tabid/865/Default.aspx 1.2nm at 30kV]|| || || || ||
|-
| ||JEOL||JSM-7500F|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/FESEM/JSM7500F/tabid/394/Default.aspx x 25 to 1,000,000 (printed as a 120mm x 90mm micrograph)]|| || || || ||
|-
| ||JEOL||JSM-7610F|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/FESEM/JSM7610F/tabid/544/Default.aspx#199137-specifications 1.0 nm (15 kV), 0.6 nm (30 kV) attainable in STEM]|| || || || ||
|-
| ||JEOL||JSM-7800F|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/FESEM/JSM7800F/tabid/869/Default.aspx 1.0nm at 15kV, 0.8nm at 15kV, GB mode]|| || || || ||
|-
| ||JEOL||JSM-IC25S||1970's|| || || || || || || ||[1970s]
|-
| ||JEOL||JSM-IC845||1982/3?|| || || || || || || ||"capable of holding 6 inch semiconductor wafers" [1980s]
|-
| ||JEOL||JSM-IC848||1982/3?|| || || || || || || ||"cold handle 9 inch wafers" [1980s]
|-
| ||JEOL||JSM IC-848A|| || || || || || || || ||
|-
| ||JEOL||JSM-IT300LV|| || || || [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx HV: 3nm @ 30kV (SE)] [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx LV: 4nm @ 30kV (BSE)]|| || || || ||
|-
| ||JEOL||JSM-T20|| || || || || || || || ||
|-
| ||JEOL||JSM-T200|| || || || || || || || ||
|-
| ||JEOL||JSM-T220||1986|| || || || || || || ||"auto-stigmator and auto-focus" [1980s]
|-
| ||JEOL||JSM-T330||1986|| || || || || || || ||"auto-stigmator and auto-focus" [1980s]
|-
| ||JEOL||JSM-T330A|| || || || || || || || ||
|-
| ||JEOL||JSM-U3|| ||50|| ||20|| || || || ||[1960s]
|-
|[[File:kitmondo_jeol_jws-7500e_ab4faf27-fcce-452d-88e9-fdd7658c4204.jpg|300 px]] [http://www.kitmondo.com/jeol-jws7500e/ref449407 Source]||JEOL||JWS-7500E|| || || || || || || || ||
|-
| ||JEOL||NeoScope|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/Benchtop/NeoScopeBenchtopSEM/tabid/870/Default.aspx "10X to 60,000X (printed as a 128mm x 96mm micrograph)"]|| || || || ||Benchtop
|-
| ||JEOL||T-200|| || || || || || || || ||
|-
| ||JEOL||T-300|| || || || || || || || ||May be able to get manual, contact me
|-
| ||Leica Cambridge||S 360FE|| || || || || || || || ||
|-
| ||Leica Cambridge||260|| || || || || || || || ||
|-
| ||Leica Cambridge||Stereoscan 150u||1978|| || ||7 [manual]|| || || || ||
|-
| ||Leica Cambridge||Stereoscan 240|| || || || || || || || ||
|-
| ||Leica Cambridge||Stereoscan 430|| || || || || ||[https://microwiki.org/media/leica_cambridge/stereoscan_430/operator_manual/ Yes]|| || ||
|-
| ||Leica Cambridge||Stereoscan 440|| || || || || ||[https://microwiki.org/media/leica_cambridge/stereoscan_440/stereoscan_440.pdf Yes]|| || ||
|-
| ||Leo||435VP|| || || ||4nm @ 30kV (HV)|| || || || ||
|-
| ||Leo||1530|| || || || || ||[https://microwiki.org/media/leo/1530/20100929044721481.pdf Yes]|| || ||
|-
| ||Leo||1550|| || || || || || || || ||
|-
|}

SEM I-O

2022-12-01T23:20:39Z

Ffy00: Add details to the JSM-5600 family

[[Category:SEM]]

{| class="wikitable sortable" border="1"
!Image!!Vendor!!Model!!Year!!kV!!Gun!!Resolution (nm)!!Features!!Manual!!Schem!!SW!!Notes
|-
| ||ISI||Alpha 9|| || || || || || || || ||Referenced in price sheet
|-
|[[File:umt_isi_cl-6_analytical_top.jpg|300 px]] Source: [UMT EA]||ISI||CL-6|| || || || || || || || ||
|-
|[[File:ds130_isi_ds130_ds-130.jpg|300 px]] Source: [DS130 DS130]||ISI||DS 130|| ||40|| || 3 (top stage) 6 (bot stage)|| || || || || DS 130/1: Bottom Stage only DS 130/2: Top Stage only DS 130/3: Complete Top and Bottom Stage System
|-
|[[File:isi_dtradingpost_isi-40_isisemfull.jpg|300 px]] Source: [dtradingpost ISI-40]||ISI|| ISI-40 SMS-2D|| || || || || || || || ||TODO: index schematic list
|-
| ||ISI||ISI-60||1979|| || || || || || || ||Advert lists it as new the same time as the Super IIIA and I know the Super IIIA was around 1979
|-
| ||ISI||ISI-60A|| || || || || || || || ||
|-
| ||ISI||ISI-100||1977||25?||LAB6||10?|| || || || ||"could handle 4-inch-diameter specimens" [1970s]
|-
| ||ISI||ISI-100N|| || || || || || || || ||
|-
|[[File:ams_isi_ss60_img_1264.jpg|300 px]] Source: [AMS SEM]||ISI||ISI-SS60|| || || || || || || || ||
|-
|[[File:mcmaster_isi_m-7_m7front.jpg|300 px]] [[File:mcmaster_isi_m-7_isicolumn.jpg|300 px]] Source: private e-mail||ISI||[[ISI M-7]]|| || || || || || || || ||Very hard to find info on this unit
|-
|[[File:osu_isi_msm-2_mini_sem.jpg|300 px]] Source: [OSU MINISEM1]||ISI||MSM-2||1973|| || ||[http://www.science.oregonstate.edu/emfacility/?q=node/History/EM/MINISEM1 30]|| || || || || Tabletop [OSU MINISEM1] ]
|-
| ||ISI|| [[ISI SMS|ISI SMS-1]] [[ISI SMS|ISI Super-Mini-SEM 1]]||1974||25|| ||10|| || ||[[ISI SMS|Yes]]|| ||"could accommodate samples up to 32 mm in diameter" [1970s]
|-
| ||ISI|| [[ISI SMS|ISI SMS-2]] [[ISI SMS|ISI Super-Mini-SEM 2]]||1975||25?|| ||10?|| || ||[[ISI SMS|Yes]]|| || "increased the sample chamber size to 3 inches in diameter"[1970s] JM may have partial or full schematic
|-
|[[File:mcmaster_isi_super_iiia_01.jpg|300 px]]||ISI|| SMS-3A Super-Mini-SEM III "[[ISI Super III A]] "||~1980||30||WHP||7|| || [https://microwiki.org/media/isi/super_iiia/manual/isi_siii-a_k_instruction_manual_kc.pdf Yes] ([https://microwiki.org/media/isi/super_iiia/manual/isi_siii-a_k_instruction_manual_bl.pdf alt]) [https://microwiki.org/media/isi/super_iiia/manual/ All]||[[ISI SMS|Yes]]|| [http://members.tm.net/lapointe2/Scanning_Electron_Microscope.html ref] ]
|-
|[[File:isi_ptli_isi-ss40_sem_3.jpg|300 px]] Source: [PTLI ISI-SS40]||ISI||SS-40|| || || || || ||[https://microwiki.org/media/isi/ss-60/isi_ss-60_instruction_manual.pdf Partial?]|| || ||
|-
|[[File:jean_drohe_isi_ss-60_isi_ss-60.jpg|300 px]] Source: Jean Drohé private communication||ISI||SS-60|| || || || || ||[https://microwiki.org/media/isi/ss-60/isi_ss-60_instruction_manual.pdf Yes]|| || ||
|-
| ||ISI||SS-130|| || || || || ||[https://microwiki.org/media/isi/ss-60/isi_ss-60_instruction_manual.pdf Partial?]|| || ||
|-
|[[File:tntech_isi_sr50_image016.jpg|300 px]] Source: [TNTech MSE]||ISI||SR50|| || || || || || || || ||
|-
|[[File:virago_isi_sx30_at_school_a.jpg|300 px]] Source: [Virago]||ISI||SX30|| || || || || || || || ||[Virago]
|-
| ||ISI||SX-30/E4|| ||5, 15, 25|| ||7|| || || || ||See advert
|-
|[[File:equipmatching.com_isi_sx-40_1.jpg|300 px]] Source: [equipmatching]||ISI||SX-40|| || || 30||6|| ||[https://microwiki.org/media/isi/sx-40/isi_sx-40_instruction_manual.pdf Yes]|| || || Thanks to Nathalie Renevier for the user manual! Specifications on page 67
|-
| ||ISI||SX-60|| || || || || || || || ||Mentioned on ds130 website but I can't find any other references to this model
|-
| ||ISI||SYSTEM-100A|| || || || || || || || ||
|-
|[[File:mcmaster_isi_tv_mini_sem_nb_overview.jpg|200 px]]||ISI|| TV Mini-SEM ([[ISI MSM|TV-MSM]]) Schematic: MRS-2||1976|| || || || || ||[https://microwiki.org/media/isi/tv-msm/schem/ Yes]|| [https://www.noisebridge.net/wiki/SEM%20Noisebridge unit] Year based off of schematic date
|-
|[[File:ebay_product4you80_isi_wb-6_0.jpg|300 px]] Source: [eBay 231289327125]||ISI||WB-6|| || || || || || || || ||
|-
| ||JEOL||ClairScope JASM-6200|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/AtmosphericSEM/ClairScope%E2%A2JASM6200/tabid/727/Default.aspx#216960-specifications W/8nm (30kV)]|| || || || ||Atmospheric ]
|-
| ||JEOL||JAMP-10|| || || || || || || || ||
|-
| ||JEOL||JIB-4500|| || || || || || || || ||Multibeam FIB
|-
| ||JEOL||JIB-4600F|| || || || || || || || ||Multibeam FIB
|-
| ||JEOL||JEM-100S|| || || || || || || || ||[1960s] ]
|-
| ||JEOL||JEM-ARM-1000||1983||1000|| || || || || || ||"one-of-a-kind Ultrahigh Voltage EM for the Lawrence Berkeley Laboratories in California, where scientists were interested in atomic resolution" [1980s]
|-
| ||JEOL||JFSM-30||1974|| ||FE||3|| || || || ||[1970s]
|-
| ||JEOL||JRSM-50A||1973|| || || || || || || ||"hot stage for examining samples at elevated temperatures" [1970s]
|-
| ||JEOL||JSM-1|| ||50|| ||50|| || || || ||[1960s]
|-
| ||JEOL||JSM-2|| ||50|| || || || || || ||[1960s]
|-
| ||JEOL||JSM-U|| ||50|| || || || || || ||[1960s]
|-
| ||JEOL||JSM-35CF|| || || || || || || || ||
|-
| ||JEOL||JSM-35CFS||1982/3?|| || || || || || || ||[1980s]
|-
| ||JEOL||JSM-820|| || || || || || || || ||
|-
| ||JEOL||JSM-840||1982/3?|| || ||[http://www.microscopy.ou.edu/jsm-840.shtml 3]|| || || || || "best i've gotten out of it was resolving ~60nm colloidal silica particles" [az] year: [1980s] ]
|-
| ||JEOL||JSM-5200|| || || || || || || || ||
|-
| ||JEOL||JSM-5400|| || || || || || || || ||
|-
| ||JEOL||JSM-5600|| ||30kV
|WHP (standard)

LAB6 (optional)
|3.5nm @ 30kV (SEI)
| || || || ||JEOL Tokyo offered an upgrade to the JSM-5610 for ~1y (AFAIK this only consisted oF software upgrade from Windows 95 to XP)
|-
| ||JEOL||JSM-5600LV|| ||30kV||WHP (standard)
LAB6 (optional)
|3.5nm @ 30kV (SEI)||Low vacuum mode|| || || ||JEOL Tokyo offered an upgrade to the JSM-5610LV for ~1y (AFAIK this only consisted oF software upgrade from Windows 95 to XP)
|-
| ||JEOL||JSM-5610|| ||30kV
| || || || || || ||
|-
| ||JEOL||JSM-5610LV|| ||30kV
| || ||Low vacuum mode
| || || ||
|-
| ||JEOL||JSM-5800|| || || || || || || || ||
|-
| ||JEOL||JSM-5900|| || || || || || || || ||
|-
|[[File:kitmondo_jeol_jsm-5900lv_jsm-5900lv.jpg|300 px]] [http://www.kitmondo.com/jeol-jsm-5900lv/ref242818 Source]||JEOL||JSM-5900LV|| || || ||3nm @ 30kV (SEI) 5nm @30kV (BEI)|| || || || ||
|-
| ||JEOL||JSM-5910|| || || || || || || || ||
|-
| ||JEOL||JSM-6010LA|| || || || [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx HV: 4nm @ 20kV (SE)] [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx LV: 5nm @ 20kV (BSE)]|| || || || ||
|-
| ||JEOL||JSM-6010PLUS "JSM-6010PLUS InTouchScope"|| || || || || || || || ||
|-
| ||JEOL||JSM-6100|| || || || || || || || ||
|-
| ||JEOL||JSM-6300F|| || ||CFE||1.5 nm @ 30 kV|| || || || ||
|-
| ||JEOL||JSM-6300LV|| || || || || || || || ||
|-
| ||JEOL||JSM-6300V|| || || || || || || || ||
|-
| ||JEOL||JSM-6340F|| || ||CFE||2.5 nm @ 1 kV 1.2 nm @ 20 kV|| || || || ||
|-
| ||JEOL||JSM-6390|| || || || || || || || ||
|-
| ||JEOL||JSM-6390LV|| || || || || || || || ||
|-
| ||JEOL||JSM-6400|| || || || || || || || ||
|-
|[[File:kitmondo_jeol_jsm-6460_jeol_6460_sem.jpg|300 px]] [http://www.kitmondo.com/jeol-jsm-6460-with-oxford-inca-energy-eds/ref69259 Source]||JEOL||JSM-6460||~2004|| || || || || || || ||
|-
| ||JEOL||JSM-6510|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx LV: 3nm @ 30kV (SE)]|| || || || ||
|-
| ||JEOL||JSM-6510LV|| || || || [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx HV: 3nm @ 30kV (SE)] [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx LV: 4nm @ 30kV (BSE)]|| || || || ||
|-
| ||JEOL||JSM-7100F|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/FESEM/JSM7100F/tabid/865/Default.aspx 1.2nm at 30kV]|| || || || ||
|-
| ||JEOL||JSM-7500F|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/FESEM/JSM7500F/tabid/394/Default.aspx x 25 to 1,000,000 (printed as a 120mm x 90mm micrograph)]|| || || || ||
|-
| ||JEOL||JSM-7610F|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/FESEM/JSM7610F/tabid/544/Default.aspx#199137-specifications 1.0 nm (15 kV), 0.6 nm (30 kV) attainable in STEM]|| || || || ||
|-
| ||JEOL||JSM-7800F|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/FESEM/JSM7800F/tabid/869/Default.aspx 1.0nm at 15kV, 0.8nm at 15kV, GB mode]|| || || || ||
|-
| ||JEOL||JSM-IC25S||1970's|| || || || || || || ||[1970s]
|-
| ||JEOL||JSM-IC845||1982/3?|| || || || || || || ||"capable of holding 6 inch semiconductor wafers" [1980s]
|-
| ||JEOL||JSM-IC848||1982/3?|| || || || || || || ||"cold handle 9 inch wafers" [1980s]
|-
| ||JEOL||JSM IC-848A|| || || || || || || || ||
|-
| ||JEOL||JSM-IT300LV|| || || || [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx HV: 3nm @ 30kV (SE)] [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx LV: 4nm @ 30kV (BSE)]|| || || || ||
|-
| ||JEOL||JSM-T20|| || || || || || || || ||
|-
| ||JEOL||JSM-T200|| || || || || || || || ||
|-
| ||JEOL||JSM-T220||1986|| || || || || || || ||"auto-stigmator and auto-focus" [1980s]
|-
| ||JEOL||JSM-T330||1986|| || || || || || || ||"auto-stigmator and auto-focus" [1980s]
|-
| ||JEOL||JSM-T330A|| || || || || || || || ||
|-
| ||JEOL||JSM-U3|| ||50|| ||20|| || || || ||[1960s]
|-
|[[File:kitmondo_jeol_jws-7500e_ab4faf27-fcce-452d-88e9-fdd7658c4204.jpg|300 px]] [http://www.kitmondo.com/jeol-jws7500e/ref449407 Source]||JEOL||JWS-7500E|| || || || || || || || ||
|-
| ||JEOL||NeoScope|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/Benchtop/NeoScopeBenchtopSEM/tabid/870/Default.aspx "10X to 60,000X (printed as a 128mm x 96mm micrograph)"]|| || || || ||Benchtop
|-
| ||JEOL||T-200|| || || || || || || || ||
|-
| ||JEOL||T-300|| || || || || || || || ||May be able to get manual, contact me
|-
| ||Leica Cambridge||S 360FE|| || || || || || || || ||
|-
| ||Leica Cambridge||260|| || || || || || || || ||
|-
| ||Leica Cambridge||Stereoscan 150u||1978|| || ||7 [manual]|| || || || ||
|-
| ||Leica Cambridge||Stereoscan 240|| || || || || || || || ||
|-
| ||Leica Cambridge||Stereoscan 430|| || || || || ||[https://microwiki.org/media/leica_cambridge/stereoscan_430/operator_manual/ Yes]|| || ||
|-
| ||Leica Cambridge||Stereoscan 440|| || || || || ||[https://microwiki.org/media/leica_cambridge/stereoscan_440/stereoscan_440.pdf Yes]|| || ||
|-
| ||Leo||435VP|| || || ||4nm @ 30kV (HV)|| || || || ||
|-
| ||Leo||1530|| || || || || ||[https://microwiki.org/media/leo/1530/20100929044721481.pdf Yes]|| || ||
|-
| ||Leo||1550|| || || || || || || || ||
|-
|}

SEM I-O

2022-12-01T23:15:15Z

Ffy00: Add JEOL JSM-56{00,10}{,LV}

[[Category:SEM]]

{| class="wikitable sortable" border="1"
!Image!!Vendor!!Model!!Year!!kV!!Gun!!Resolution (nm)!!Features!!Manual!!Schem!!SW!!Notes
|-
| ||ISI||Alpha 9|| || || || || || || || ||Referenced in price sheet
|-
|[[File:umt_isi_cl-6_analytical_top.jpg|300 px]] Source: [UMT EA]||ISI||CL-6|| || || || || || || || ||
|-
|[[File:ds130_isi_ds130_ds-130.jpg|300 px]] Source: [DS130 DS130]||ISI||DS 130|| ||40|| || 3 (top stage) 6 (bot stage)|| || || || || DS 130/1: Bottom Stage only DS 130/2: Top Stage only DS 130/3: Complete Top and Bottom Stage System
|-
|[[File:isi_dtradingpost_isi-40_isisemfull.jpg|300 px]] Source: [dtradingpost ISI-40]||ISI|| ISI-40 SMS-2D|| || || || || || || || ||TODO: index schematic list
|-
| ||ISI||ISI-60||1979|| || || || || || || ||Advert lists it as new the same time as the Super IIIA and I know the Super IIIA was around 1979
|-
| ||ISI||ISI-60A|| || || || || || || || ||
|-
| ||ISI||ISI-100||1977||25?||LAB6||10?|| || || || ||"could handle 4-inch-diameter specimens" [1970s]
|-
| ||ISI||ISI-100N|| || || || || || || || ||
|-
|[[File:ams_isi_ss60_img_1264.jpg|300 px]] Source: [AMS SEM]||ISI||ISI-SS60|| || || || || || || || ||
|-
|[[File:mcmaster_isi_m-7_m7front.jpg|300 px]] [[File:mcmaster_isi_m-7_isicolumn.jpg|300 px]] Source: private e-mail||ISI||[[ISI M-7]]|| || || || || || || || ||Very hard to find info on this unit
|-
|[[File:osu_isi_msm-2_mini_sem.jpg|300 px]] Source: [OSU MINISEM1]||ISI||MSM-2||1973|| || ||[http://www.science.oregonstate.edu/emfacility/?q=node/History/EM/MINISEM1 30]|| || || || || Tabletop [OSU MINISEM1] ]
|-
| ||ISI|| [[ISI SMS|ISI SMS-1]] [[ISI SMS|ISI Super-Mini-SEM 1]]||1974||25|| ||10|| || ||[[ISI SMS|Yes]]|| ||"could accommodate samples up to 32 mm in diameter" [1970s]
|-
| ||ISI|| [[ISI SMS|ISI SMS-2]] [[ISI SMS|ISI Super-Mini-SEM 2]]||1975||25?|| ||10?|| || ||[[ISI SMS|Yes]]|| || "increased the sample chamber size to 3 inches in diameter"[1970s] JM may have partial or full schematic
|-
|[[File:mcmaster_isi_super_iiia_01.jpg|300 px]]||ISI|| SMS-3A Super-Mini-SEM III "[[ISI Super III A]] "||~1980||30||WHP||7|| || [https://microwiki.org/media/isi/super_iiia/manual/isi_siii-a_k_instruction_manual_kc.pdf Yes] ([https://microwiki.org/media/isi/super_iiia/manual/isi_siii-a_k_instruction_manual_bl.pdf alt]) [https://microwiki.org/media/isi/super_iiia/manual/ All]||[[ISI SMS|Yes]]|| [http://members.tm.net/lapointe2/Scanning_Electron_Microscope.html ref] ]
|-
|[[File:isi_ptli_isi-ss40_sem_3.jpg|300 px]] Source: [PTLI ISI-SS40]||ISI||SS-40|| || || || || ||[https://microwiki.org/media/isi/ss-60/isi_ss-60_instruction_manual.pdf Partial?]|| || ||
|-
|[[File:jean_drohe_isi_ss-60_isi_ss-60.jpg|300 px]] Source: Jean Drohé private communication||ISI||SS-60|| || || || || ||[https://microwiki.org/media/isi/ss-60/isi_ss-60_instruction_manual.pdf Yes]|| || ||
|-
| ||ISI||SS-130|| || || || || ||[https://microwiki.org/media/isi/ss-60/isi_ss-60_instruction_manual.pdf Partial?]|| || ||
|-
|[[File:tntech_isi_sr50_image016.jpg|300 px]] Source: [TNTech MSE]||ISI||SR50|| || || || || || || || ||
|-
|[[File:virago_isi_sx30_at_school_a.jpg|300 px]] Source: [Virago]||ISI||SX30|| || || || || || || || ||[Virago]
|-
| ||ISI||SX-30/E4|| ||5, 15, 25|| ||7|| || || || ||See advert
|-
|[[File:equipmatching.com_isi_sx-40_1.jpg|300 px]] Source: [equipmatching]||ISI||SX-40|| || || 30||6|| ||[https://microwiki.org/media/isi/sx-40/isi_sx-40_instruction_manual.pdf Yes]|| || || Thanks to Nathalie Renevier for the user manual! Specifications on page 67
|-
| ||ISI||SX-60|| || || || || || || || ||Mentioned on ds130 website but I can't find any other references to this model
|-
| ||ISI||SYSTEM-100A|| || || || || || || || ||
|-
|[[File:mcmaster_isi_tv_mini_sem_nb_overview.jpg|200 px]]||ISI|| TV Mini-SEM ([[ISI MSM|TV-MSM]]) Schematic: MRS-2||1976|| || || || || ||[https://microwiki.org/media/isi/tv-msm/schem/ Yes]|| [https://www.noisebridge.net/wiki/SEM%20Noisebridge unit] Year based off of schematic date
|-
|[[File:ebay_product4you80_isi_wb-6_0.jpg|300 px]] Source: [eBay 231289327125]||ISI||WB-6|| || || || || || || || ||
|-
| ||JEOL||ClairScope JASM-6200|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/AtmosphericSEM/ClairScope%E2%A2JASM6200/tabid/727/Default.aspx#216960-specifications W/8nm (30kV)]|| || || || ||Atmospheric ]
|-
| ||JEOL||JAMP-10|| || || || || || || || ||
|-
| ||JEOL||JIB-4500|| || || || || || || || ||Multibeam FIB
|-
| ||JEOL||JIB-4600F|| || || || || || || || ||Multibeam FIB
|-
| ||JEOL||JEM-100S|| || || || || || || || ||[1960s] ]
|-
| ||JEOL||JEM-ARM-1000||1983||1000|| || || || || || ||"one-of-a-kind Ultrahigh Voltage EM for the Lawrence Berkeley Laboratories in California, where scientists were interested in atomic resolution" [1980s]
|-
| ||JEOL||JFSM-30||1974|| ||FE||3|| || || || ||[1970s]
|-
| ||JEOL||JRSM-50A||1973|| || || || || || || ||"hot stage for examining samples at elevated temperatures" [1970s]
|-
| ||JEOL||JSM-1|| ||50|| ||50|| || || || ||[1960s]
|-
| ||JEOL||JSM-2|| ||50|| || || || || || ||[1960s]
|-
| ||JEOL||JSM-U|| ||50|| || || || || || ||[1960s]
|-
| ||JEOL||JSM-35CF|| || || || || || || || ||
|-
| ||JEOL||JSM-35CFS||1982/3?|| || || || || || || ||[1980s]
|-
| ||JEOL||JSM-820|| || || || || || || || ||
|-
| ||JEOL||JSM-840||1982/3?|| || ||[http://www.microscopy.ou.edu/jsm-840.shtml 3]|| || || || || "best i've gotten out of it was resolving ~60nm colloidal silica particles" [az] year: [1980s] ]
|-
| ||JEOL||JSM-5200|| || || || || || || || ||
|-
| ||JEOL||JSM-5400|| || || || || || || || ||
|-
| ||JEOL||JSM-5600|| || || || || || || || ||
|-
| ||JEOL||JSM-5600LV|| || 30kV || WHP, LAB6 (optionally) || 3.5nm @ 30kV (SEI) || Low vacuum mode || || || ||
|-
| ||JEOL||JSM-5610|| || || || || || || || ||
|-
| ||JEOL||JSM-5610LV|| || || || || || || || ||
|-
| ||JEOL||JSM-5800|| || || || || || || || ||
|-
| ||JEOL||JSM-5900|| || || || || || || || ||
|-
|[[File:kitmondo_jeol_jsm-5900lv_jsm-5900lv.jpg|300 px]] [http://www.kitmondo.com/jeol-jsm-5900lv/ref242818 Source]||JEOL||JSM-5900LV|| || || ||3nm @ 30kV (SEI) 5nm @30kV (BEI)|| || || || ||
|-
| ||JEOL||JSM-5910|| || || || || || || || ||
|-
| ||JEOL||JSM-6010LA|| || || || [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx HV: 4nm @ 20kV (SE)] [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx LV: 5nm @ 20kV (BSE)]|| || || || ||
|-
| ||JEOL||JSM-6010PLUS "JSM-6010PLUS InTouchScope"|| || || || || || || || ||
|-
| ||JEOL||JSM-6100|| || || || || || || || ||
|-
| ||JEOL||JSM-6300F|| || ||CFE||1.5 nm @ 30 kV|| || || || ||
|-
| ||JEOL||JSM-6300LV|| || || || || || || || ||
|-
| ||JEOL||JSM-6300V|| || || || || || || || ||
|-
| ||JEOL||JSM-6340F|| || ||CFE||2.5 nm @ 1 kV 1.2 nm @ 20 kV|| || || || ||
|-
| ||JEOL||JSM-6390|| || || || || || || || ||
|-
| ||JEOL||JSM-6390LV|| || || || || || || || ||
|-
| ||JEOL||JSM-6400|| || || || || || || || ||
|-
|[[File:kitmondo_jeol_jsm-6460_jeol_6460_sem.jpg|300 px]] [http://www.kitmondo.com/jeol-jsm-6460-with-oxford-inca-energy-eds/ref69259 Source]||JEOL||JSM-6460||~2004|| || || || || || || ||
|-
| ||JEOL||JSM-6510|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx LV: 3nm @ 30kV (SE)]|| || || || ||
|-
| ||JEOL||JSM-6510LV|| || || || [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx HV: 3nm @ 30kV (SE)] [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx LV: 4nm @ 30kV (BSE)]|| || || || ||
|-
| ||JEOL||JSM-7100F|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/FESEM/JSM7100F/tabid/865/Default.aspx 1.2nm at 30kV]|| || || || ||
|-
| ||JEOL||JSM-7500F|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/FESEM/JSM7500F/tabid/394/Default.aspx x 25 to 1,000,000 (printed as a 120mm x 90mm micrograph)]|| || || || ||
|-
| ||JEOL||JSM-7610F|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/FESEM/JSM7610F/tabid/544/Default.aspx#199137-specifications 1.0 nm (15 kV), 0.6 nm (30 kV) attainable in STEM]|| || || || ||
|-
| ||JEOL||JSM-7800F|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/FESEM/JSM7800F/tabid/869/Default.aspx 1.0nm at 15kV, 0.8nm at 15kV, GB mode]|| || || || ||
|-
| ||JEOL||JSM-IC25S||1970's|| || || || || || || ||[1970s]
|-
| ||JEOL||JSM-IC845||1982/3?|| || || || || || || ||"capable of holding 6 inch semiconductor wafers" [1980s]
|-
| ||JEOL||JSM-IC848||1982/3?|| || || || || || || ||"cold handle 9 inch wafers" [1980s]
|-
| ||JEOL||JSM IC-848A|| || || || || || || || ||
|-
| ||JEOL||JSM-IT300LV|| || || || [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx HV: 3nm @ 30kV (SE)] [http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopesSEM/HighVacuumLowVacuum/tabid/186/Default.aspx LV: 4nm @ 30kV (BSE)]|| || || || ||
|-
| ||JEOL||JSM-T20|| || || || || || || || ||
|-
| ||JEOL||JSM-T200|| || || || || || || || ||
|-
| ||JEOL||JSM-T220||1986|| || || || || || || ||"auto-stigmator and auto-focus" [1980s]
|-
| ||JEOL||JSM-T330||1986|| || || || || || || ||"auto-stigmator and auto-focus" [1980s]
|-
| ||JEOL||JSM-T330A|| || || || || || || || ||
|-
| ||JEOL||JSM-U3|| ||50|| ||20|| || || || ||[1960s]
|-
|[[File:kitmondo_jeol_jws-7500e_ab4faf27-fcce-452d-88e9-fdd7658c4204.jpg|300 px]] [http://www.kitmondo.com/jeol-jws7500e/ref449407 Source]||JEOL||JWS-7500E|| || || || || || || || ||
|-
| ||JEOL||NeoScope|| || || ||[http://www.jeolusa.com/PRODUCTS/ElectronOptics/ScanningElectronMicroscopes(SEM)/Benchtop/NeoScopeBenchtopSEM/tabid/870/Default.aspx "10X to 60,000X (printed as a 128mm x 96mm micrograph)"]|| || || || ||Benchtop
|-
| ||JEOL||T-200|| || || || || || || || ||
|-
| ||JEOL||T-300|| || || || || || || || ||May be able to get manual, contact me
|-
| ||Leica Cambridge||S 360FE|| || || || || || || || ||
|-
| ||Leica Cambridge||260|| || || || || || || || ||
|-
| ||Leica Cambridge||Stereoscan 150u||1978|| || ||7 [manual]|| || || || ||
|-
| ||Leica Cambridge||Stereoscan 240|| || || || || || || || ||
|-
| ||Leica Cambridge||Stereoscan 430|| || || || || ||[https://microwiki.org/media/leica_cambridge/stereoscan_430/operator_manual/ Yes]|| || ||
|-
| ||Leica Cambridge||Stereoscan 440|| || || || || ||[https://microwiki.org/media/leica_cambridge/stereoscan_440/stereoscan_440.pdf Yes]|| || ||
|-
| ||Leo||435VP|| || || ||4nm @ 30kV (HV)|| || || || ||
|-
| ||Leo||1530|| || || || || ||[https://microwiki.org/media/leo/1530/20100929044721481.pdf Yes]|| || ||
|-
| ||Leo||1550|| || || || || || || || ||
|-
|}

SEM

2022-12-01T22:44:06Z

Ffy00: Add my SEM

[[Category:SEM]]

See also: [[:Category:SEM]]

This page was originally created to help me figure out options for buying a SEM for personal use. Since then, it has served best as a magnet for other DIY SEM people to contact me and collaborate with each other. If you have any SEM material (pictures, user manual, schematics, etc) I am very interested. Also feel free to contact me if you are looking for info on a particular model and I'll see what I can dig up

I can be contacted at JohnDMcMaster<nowiki> *</nowiki>at<nowiki>*</nowiki> gmail.com

=SEM model comparison=

Also includes links to schematics, manuals, etc

Master SEM list:

*[[SEM_A-G]]
*[[SEM_H]]
*[[SEM_I-O]]
*[[SEM_P-Z]]

Where

*Gun type
**WHP: tungsten hairpin
**CFE: cold field emission
**TFE: thermally assisted field emission

This was broken up because the large tables were causing server issues

A list of scanning electron microscopes. Some dual beam FIBs are included for now but may eventually be moved to their own page

year reflects earliest reference to that SEM model. When one company has merged with another, the vendor name most associated with that microscope is listed (ie who designed or marketed the system as opposed to who owns the IP 20 years later)

assume list prices are non-inflation adjusted from around year SEM was offered

ask prices were from around 10/05/2013 unless otherwise noted

I've included ultra-high voltage SEMs as well

schematic column marked Yes if at least one schematic from the unit is available (original or reverse engineered)

Some units may be duplicated. When its ambiguous if two units are the same they get two separate rows until can be reasonably proven to be redundant

Document sources can be found in README.txt file in the same directory as the linked document

Misc notes:

*"1990s…Carl Zeiss and Leica joined to form LEO Electron Microscopy, Inc" [1990s]
*"1996 Philips bought Electroscan…to form Philips Electroscan" [1990s]
*1997: "Philips Electron Optics and a company called FEI merged under the name FEI" [1990s]

=Privately owned=

List of privately owned SEMs (ie die hard SEMolites that we could probably collaborate with):

*[http://uvicrec.blogspot.com/2014/04/a-new-toy-arrives.html McMaster ISI Super III A]
*[https://www.noisebridge.net/wiki/SEM Noisebridge ISI TV Mini SEM]
*[http://members.tm.net/lapointe2/Scanning_Electron_Microscope.html lapointe2 ISI Super III A]
*[http://www.youtube.com/watch?v=VdjYVF4a6iU Ben Krasnow DIY SEM]
*[http://www.youtube.com/watch?v=Xp0Qo6mEmAM SCIFIaction: Our living room Scanning Electron Microscope (SEM)]
**Main site: [http://www.sciencephotography.com/]
*[https://plus.google.com/115971553634517134434/posts/3FyTakPD74T Jeri Ellsworth: Video showing my electron microscope in action]
**[http://hackaday.com/2010/10/25/gas-containment-for-laser-cutters/ Complete/working Amray 1800 + some of Cambridge and ASI SEM's]
*[http://www.threedee.com/jmosn/microscopes/amray/index.html This guy] is trying to get rid of his Amray 1610T as of May 2013
*[http://blog.lib.umn.edu/bbandli/semlablog/2008/04/ bbandli JEOL JSM-6490LV]
*DC: Philips XL30
*Sascha: Super IIIA
*Markus: Aspex PSEM
*Pumping station 1 (Leica Cambridge Stereoscan 430?)
*[http://tomkaye.com/instrumentation_electron_microscope.shtml Tom Kaye]
**JEOL T-300
**JEOL 6300F
*Hitachi S-4500 [http://tinkerings.org/2015/11/15/electron-microscope-pt-2-the-teardown-begins/ Gavin in Sydney] is restoring
*[https://debugmo.de/2018/11/my-scanning-electron-microscope/ Zeiss DSM950 (tmbinc)]
*Filipe Laíns: JEOL JSM-5600LV (upgraded to JSM-5610LV software)

=References=

*Google group for home SEM hobbyists: [https://groups.google.com/forum/#!forum/home-sem-hobbyists]
*Might be interesting read and/or get in contact with them: [http://blog.lib.umn.edu/bbandli/semlablog/ http://''blog.lib.umn.edu/bbandli/semlablog/'']
*Electron microscopy in the…
*Electron microscopy in the 1960s: [http://authors.library.caltech.edu/5456/1/hrst.mit.edu/hrs/materials/public/ElectronMicroscope/EM1960s.htm http://''authors.library.caltech.edu/5456/1/hrst.mit.edu/hrs/materials/public/ElectronMicroscope/EM1960s.htm'']
*Electron microscopy in the 1970s: [http://authors.library.caltech.edu/5456/1/hrst.mit.edu/hrs/materials/public/ElectronMicroscope/EM1970s.htm http://''authors.library.caltech.edu/5456/1/hrst.mit.edu/hrs/materials/public/ElectronMicroscope/EM1970s.htm'']
*Electron microscopy in the 1980s: [http://authors.library.caltech.edu/5456/1/hrst.mit.edu/hrs/materials/public/ElectronMicroscope/EM1980s.htm http://''authors.library.caltech.edu/5456/1/hrst.mit.edu/hrs/materials/public/ElectronMicroscope/EM1980s.htm'']
*Electron microscopy in the 1990s: [http://authors.library.caltech.edu/5456/1/hrst.mit.edu/hrs/materials/public/ElectronMicroscope/EM1990s.htm http://''authors.library.caltech.edu/5456/1/hrst.mit.edu/hrs/materials/public/ElectronMicroscope/EM1990s.htm'']
*ISI research advert: [http://webcache.googleusercontent.com/search?q=cache:PzDd1oLzlawJ:cdn-pubs.acs.org/doi/pdfplus/10.1021/ac50015a716+&cd=18&hl=en&ct=clnk&gl=us&client=ubuntu http://''webcache.googleusercontent.com/search?q=cache:PzDd1oLzlawJ:cdn-pubs.acs.org/doi/pdfplus/10.1021/ac50015a716+&cd=18&hl=en&ct=clnk&gl=us&client=ubuntu'']
*OSU MINISEM1: [http://www.science.oregonstate.edu/emfacility/?q=node/History/EM/MINISEM1 http://''www.science.oregonstate.edu/emfacility/?q=node/History/EM/MINISEM1'']
*Virago: [http://www.drviragopete.com/scanning-electron-microscope.php http://''www.drviragopete.com/scanning-electron-microscope.php'']
*DS130
**DS130: [http://ds130.com/ds130.htm http://''ds130.com/ds130.htm'']
*United Material Technologies, LLC. Equipment Analytical [UMT EA]: [http://www.unitedmt.com/equipment_analytical.htm http://''www.unitedmt.com/equipment_analytical.htm'']
*Taking apart the controls of a scanning electron microscope [AMS SEM]: [http://amymakesstuff.com/2011/06/29/taking-apart-the-controls-of-a-scanning-electron-microscope/ http://''amymakesstuff.com/2011/06/29/taking-apart-the-controls-of-a-scanning-electron-microscope/'']
*Complete ISI Model 40 Scanning Electron Microscope ( SEM ) [dtradingpost ISI-40]: [http://dtradingpost.com/isi40qte.htm http://''dtradingpost.com/isi40qte.htm'']
*PTLI ISI-SS40: [http://www.ptli.com/testlopedia/tests/sem.asp http://''www.ptli.com/testlopedia/tests/sem.asp'']
*Microanalysis In Science and Engineering [TNTech MSE]: [http://www.cae.tntech.edu/~jbiernacki/nsfteacherworkshop.htm http://''www.cae.tntech.edu/~jbiernacki/nsfteacherworkshop.htm'']
*eBay 231289327125: [http://www.ebay.com/usr/product4you80?_trksid=p2047675.l2559 product4you80], “Set of ISI Scanning Electron Microscopes WB-6 w/ manual and accessories”
*equipmatching: [http://www.equipmatching.com/used_equipment/4/62/327603.php http://''www.equipmatching.com/used_equipment/4/62/327603.php'']
*[http://www.semtechsolutions.com/sites/default/files/2010-SEM-List.pdf http://''www.semtechsolutions.com/sites/default/files/2010-SEM-List.pdf'']