ESD-R-100
Best suited for
- ESD-safe parts
- Jigs & Fixtures
From €92.00
Electrostatic Protection for Your 
Custom Components!
Heat-Tough Resin
Heat ruins jigs. ESD-R-100 3D printing resin withstands 160°C for ESD-safe fixtures.
Static-Free Tools
Static damages electronics. ESD-R-100 resin for electronics prints 10^7-10^10 ohm/sq ESD-safe jigs.Parts That Fit
Inaccuracy hurts. ESD-R-100 resin for electronics ensures low-shrinkage, 10^7-10^10 ohm/sq tools.
ESD-R-100: Static-Free Tools
Static ruins electronics - ESD-R-100 prevents it with 10^7-10^10 ohm/sq resistivity. This ESD-safe 3D printing resin prints tough jigs and fixtures with 160°C heat resistance for soldering and wafer handling. Low shrinkage keeps parts precise.
Custom Fixtures
Fragile fixtures waste time. ESD-R-100 resin for electronics, with 90 Shore D hardness and 160°C resistance, prints ESD-safe 10^7-10^10 ohm/sq tools that last.
ESD-R-100: Soldering Jigs
Heat warps lesser resins. ESD-R-100 resin for electronics withstands 160°C, printing ESD-safe jigs at 10^7-10^10 ohm/sq with clean, accurate finishes.
Frequently asked questions
Typical Applications
Typical ESD-R-100 applications include: HDD components, semi-con wafer handling, tools, casings, & connectors, soldering jigs, conveying, metering, and sensing applications.
Accuracy
ESD-R-100 resin produces extremely accurate and dimensionally stable prints. Due to its hardness it can sustain straight edges and print out even the smallest parts. It exhibits low shrinkage so the print will not deform during post-curing stage making this resin a perfect choice for tools, jigs and fixtures in electronics industry.
Surface
ESD-R-100 material has a consistent surface resistivity in the range of 107 to 1010 ohm/sq.
This ESD-safe resin is available in black color. Surface is mate, almost fully opaque and hard (90 Shore D). After post-cure, print does not feel sticky or tacky.
High glass transition temperature
Printed parts have a glass transition temperature Tg of around 160℃. It is perfectly suitable for making soldering jigs and fixtures.
Moisture and chemical resistance
Water absorption is less than 0.2%. This means, that your models will not deform due to moisture or exposure to IPA. It is even resistant to some acids. Due to its resistant nature it can suit various challenging applications.
Printing tips
For a successful print, we recommend:
- Make sure that the room temperature is above 20°C
- Level your build plate.
- If it’s your first print with this resin, print something small first. We recommend this calibration model.
- Find initial printing settings here: AmeraLabs resin settings.
- Use support column thickness of 1.5-2mm, support tip thickness of 0.2-0.6mm.
- Use attachment layer.
- Hollow your models.
- Mix the resin very well before use. We recommend placing the bottle in ultrasonic cleaner filled with water for 30 minutes before use.
- Use slower lift speeds. 5mm/min for bottom layers, 40mm/min for normal layers.
- Let us know if you have any trouble. We are here to help: Facebook messenger,  support@ameralabs.com
Cleaning procedure
This ESD safe resin has a bit higher viscosity than other 3D printing resins.
If you use Wash and Cure, leave the printed object submerged in IPA for 12 minutes. Depending on the results, you can repeat this step again and leave for additional 6 minutes.
If you prefer to clean with ordinary IPA baths, here is our easy 4 steps cleaning procedure:
- After taking your printed object off the build plate leave it submerged in the IPA bath for 10 minutes.
- Swirl the IPA bath with our part in it actively for another 1 minute.
- After swirling, leave it still, but fully submerged for another 10 minutes. At this point it would be wise to change IPA to clean one.
- Finally, swirl the bath actively again for 1 minute.
Evaluate cleaning results and repeat this procedure only once (if needed).
If you prefer cleaning with ultrasonic cleaner, we recommend to put a printed part into the container with IPA, close it well and put the container into the ultrasonic cleaner filled with water. Leave it for no more than 10 minutes. No additional heating is necessary.
Post-curing procedure
It is easier to remove supports before post-curing. However, you can also post-cure a print with supports and remove them later. Depending on the model this can help to obtain better geometries if you have such goal. Post-curing time depends on your curing station. It can vary from 5 minutes to 1 hour (until the surface of your 3D print becomes non-sticky). You should post-cure immediately after cleaning and drying. After proper post-curing surface of ESD-R-100 printed objects should be completely non-sticky and very hard to scratch.
