Product Description
Get even amplification from corner to corner with PCR plates that refuse to warp in the thermal cycler. SureFrame™ plates from MTC Bio pair a rigid polycarbonate frame with polypropylene wells, so the plate stays flat and outer wells do not lose more sample to evaporation than the center.
This listing is for MTC Bio catalog number P9096-FSC, the SureFrame™ Two-Component PCR Plate. A two-material molding process gives the frame its stiffness while the polypropylene wells keep the thermal transfer qualities PCR needs. The rigid frame handles well on automated platforms and in plate grippers. Choose 96-well fully skirted low-profile (0.15 mL) or semi-skirted (0.25 mL) plates, or 384-well fully skirted plates (35 µL), with clear or white wells. Order it from LIGHT LABS alongside the other MTC Bio supplies your lab uses every day.
Key Features
- Two-Material Construction – polycarbonate frame with polypropylene wells for rigidity plus efficient heat transfer
- Warp Resistant – the stiff frame stays flat during cycling for more uniform results
- Reduced Edge Evaporation – a flat plate helps keep outer wells consistent with inner wells
- Automation Ready – rigid frame suits robotic platforms and plate grippers
- Clear or White Wells – clear for general PCR, white for qPCR signal reflection
- Certified for PCR – each 50-plate pack is ready for amplification work
Specifications
| Catalog Number | P9096-FSC |
| Brand | MTC Bio |
| Format | 96-well |
| Skirt | Fully skirted, low profile |
| Well Volume | 0.15 mL |
| Well Color | Clear |
| Frame Material | Polycarbonate |
| Well Material | Polypropylene |
| Pack Size | 50/Pack |
| Construction | Two-component |
| Certification | Certified for PCR |
Other Options in This Line
- P9096-FSW – 96-Well, Fully Skirted, Low Profile
- P9096-HSC – 96-Well, Semi-Skirted
- P9096-HSW – 96-Well, Semi-Skirted
- P9384-FSC
- P9384-FSW – 384-Well, Fully Skirted
Applications
- PCR and qPCR
- Automated high-throughput thermal cycling
- Genotyping
- Sequencing sample preparation
