OSTEMER 322 Crystal Clear
€490.00 – €1,490.00
Ostemer 322 is a versatile UV-curing resin made specifically for the requirements of microfluidics, MEMS and lab-on-chip.
- Stiff, transparent and chemically inert
- Excellent replication and low shrinkage
- Compatibility with cells and microscopy
- Easy to bond/seal to other materials
- Compatible with both soft (PDMS) and hard molds (Si/SU8 and aluminum – after passivation)
Ostemer Crystal Clear
 |
 |
Additional information
| Weight | N/A |
|---|---|
| Dimensions | 10 × 15 × 10 cm |
| Size | Largest (2kg), Bulk order, Contact us for bulk orders, Small (250g), Medium (500g), Large (1kg), Bulk (10kg) |
| Potlife | > 6 hours if kept away from light and heat |
| First cure | UV-exposure, 365 nm |
| Second cure | Heat cure in oven 110 degC for 1-2 hours depending on thickness |
| Mold materials | Silicones, polished aluminum, PET, PP, or any material coated with a low surface energy coating such as Telfon AF or PTFE |
| Young's modulus | 1.5 GPa after full cure |
| Mold shrinkage | 0-2% depending on curing method, the resin gels very late in the polymerisation process and by keeping an unexposed reservoir the shrinkage can be reduced to close to 0% |
| Solvent resistance | Toluene, Acetone, DMSO, Ethanol, Methanol |
| Acid resistance | 10% sulfuric acid > 1 month |
| Color | Optically clear, low autofluorescence |
| Bonds to | Glass, metals, metal oxides, silicon |
2 reviews for OSTEMER 322 Crystal Clear
You must be logged in to post a review.
Related products
|
|
Alexander Vastesson –
I have been using the OSTEMER Crystal Clear for over a year to build microfluidic devices for my PhD projects. OSTEMER Crystal Clear has allowed me to rapidly iterate new designs and build sturdy nice looking chips. I have been using it to mold microfluidic cartridges and also bonding the chips to silicon or glass without surface treatment which is very useful! This is a very handy building material to have in every microfluidic lab!
Drago (verified owner) –
I have been using OSTEMER 322-40 for the last three years for the fabrication of microfluidic devices especially for in vitro cell culture applications with integrated sensor systems. The introduction of the thiol-ene-epoxy thermoset to our laboratory simplified the integration of additional functional units, increased the durability of hybrid chips and enabled the fabrication of complex multi-layered structures. One advantage over PDMS is the reduced bubble formation in channels when performing long time experiments outside of the cell incubator. Having the OSTEMER in the laboratory shelf does not only increase the “toolbox” but actually enables rapid fabrication of robust systems.