Thermo Scientific™ PCR Plate, 96-well, non-skirted, Sustain™ Series

The Thermo Scientific PCR Plate, 96-well, non-skirted, Sustain Series, is for use in PCR and qPCR applications and has a 0.3 mL well volume when paired with adhesive films or foils. The plate features a cut corner located at H1 and is compatible with most thermal cyclers.

Features and benefits

• Non-skirted format compatible with most thermal cyclers
• Clear well bottom for sample visibility
• Cut corner: H1
• 0.3 mL maximum well volume (when used with adhesive or heat seals)
• Sealable using adhesive films and foils, heat seals, and flat and domed cap strips

A breakthrough in sustainable PCR technology

Thermo Scientific Sustain Series PCR plastics signify a breakthrough in our PCR and quantitative PCR (qPCR) product offering that goes beyond providing accurate and reproducible PCR data. They represent our commitment to integrating more sustainable practices into our manufacturing processes, without compromising on product quality or performance. Our Sustain Series PCR plastics are manufactured under ISO 9001 guidelines within a Class 100,000 cleanroom from a biobased medical-grade virgin polypropylene that is chemically and molecularly identical to our existing Thermo Scientific PCR plastics. These products are supported by certification from the globally recognized International Sustainability and Carbon Certification (ISCC) system. This greener approach is equivalent to 1.96X lower CO₂ equivalent emissions per kg of biobased polypropylene resin compared to traditional fossil fuel-based polypropylene resin.

Additional product details

• Uniform, ultra-thin walls enable maximum and consistent heat transfer for equally high performance of every sample
• Each well is visually inspected and electrostatically tested for defects and contaminants, and every lot is run through a PCR cycling test to evaluate sealing
• Manufactured from second generation bio-circular feedstocks that are chemically and molecularly identical to our existing Thermo Scientific PCR plastics