qPCR 384-well white plate for ABI system

The skirted 384-well plate perfectly fits to ABI, Biorad and Eppendorf qPCR platforms, as well as many regular PCR cyclers. The plate is fully optimized for robotic applications utilized for high-throughput, low volume processing. Each plate is lasermark-coded with a unique code.
- Perfect fit to Applied Biosystems, Bio-Rad, Eppendorf
- Fully skirted, low profile, white plate
- Low evaporation, very robust, due to clever design
- Extreme Uniform wells lead to reproducible results
- Robotic friendly, easy stackable, flat and high S/N Ratio

These white qPCR 384-well plates are made of a special polypropylene of optical quality and of medical grade and virgin quality. The white plastic is preferred in all qPCR procedures due to increased signal noise ratio for improved Real Time qPCR signal yields.

The plates will allow you to generate more accurate and reproducible results, increased signal intensities, also when working with small volumes. Concerning the closing of the plate we suggest the use of optical seals.

- Virgin optical quality polypropylene blend, optimized for qPCR, which causes no background fluorescence.
- Extreme uniformity of wall thickness: thin wall at the bottom for optimal heat transfer, thicker wall at the top to minimize evaporation.
- Perfectly flat, thin-walled and rigid, but still flexible structure, with extreme uniformity. Avoid edge artifacts.
- Their very rigid stabilized frame will help you avoid robotic handling problems due to plate warping.
- Extensive visual and physical quality controls ensuring the highest consistency in quality of the products.
- White plates significantly increase signal-to-noise ratio when compared to natural plates. Thus, lower levels of fluorescence are detectable.
- The antistatic properties of the plastics minimize reagents adsorption to the tube walls, thus leading to higher yields and allowing the use of small reaction volumes.
- New super-tight closure and sealing properties reduce evaporation, leading to more reproducible results.

Specifications