Product Description
- You can use them with an extremely optical seal film
- Free of RNase, DNase, heavy metals, and human DNA and non-pyrogenic.
- Pre-sterilized but also autoclavable.
- The thin uniform walls of each well offer homogenous heat transfer.
- You can easily identify liquids with an optically clear skirt.
- They are designed for maximum sample recovery.
- The tight sealing prevents cross-contamination.
- Suitable for PCR, qPCR, or Real-Time PCR.
Available Packaging:
Cat.#NAC96HS-01N 15 pieces/box, 10 boxes/case, case size 50cm X 41.5cm X 16.5cm,weight per case 4.20 Kgs
Optimized Sample Recovery and Low Dead VolumeThe precise conical well shape and low profile design of the Color Nature 96 Well PCR Plate ensure minimal residual sample remains after extraction. This optimization is crucial for conserving precious reagents and achieving reliable, consistent results across PCR and qPCR assays, making the plate a practical choice for high-throughput laboratories.
Flexible Sealing and Enhanced CompatibilityCompatible with both adhesive films and heat seals, the plates uniform, flat edge supports secure and thorough sealing. Its SBS standard footprint and half-skirt architecture make it ideal for use with most robotics and automated liquid handlers, ensuring workflow integration and process efficiency.
Certified Cleanliness and Robust TraceabilityEvery plate is certified DNase, RNase, and human DNA free, reducing the risk of sample contamination. Lot numbers are permanently engraved for robust batch traceability, supporting compliance with laboratory quality assurance standards. Available sterile or non-sterile to fit diverse experimental protocols.
FAQs of Color Nature Half Skirt 0.1ml (Low Profile) 96 Well PCR Plate:
Q: How does the conical well shape benefit sample recovery in the Color Nature Half Skirt 0.1ml Low Profile PCR Plate?
A: The conical well design concentrates samples at the bottom point, ensuring efficient recovery and leaving minimal residue. This feature is particularly valuable for precious or low-volume samples, decreasing waste and improving experimental accuracy.
Q: What types of sealing films are compatible with this PCR plate?
A: The plate is engineered for compatibility with both adhesive sealing films and heat-seal films, allowing versatile sealing options that support evaporation reduction, secure sample containment, and automation workflows.
Q: When should I choose the sterile version versus non-sterile for my experiments?
A: Select the sterile version for sensitive assays requiring contamination control, such as molecular diagnostics or clinical research. The non-sterile option is suited for standard PCR applications or when downstream sterilization is possible within your workflow.
Q: Where can I use the Color Nature Half Skirt PCR Plate in my lab operations?
A: This PCR plate is suitable for PCR, qPCR, RT-PCR, and sample storage in academic, diagnostic, biotechnological, or pharmaceutical laboratories. Its SBS footprint ensures compatibility with a wide range of modern thermal cyclers and automated systems.
Q: What process is used to ensure each PCR plate is free from DNase, RNase, and human DNA?
A: Each plate undergoes rigorous manufacturing and quality assurance procedures in certified clean environments, followed by testing to confirm the absence of DNase, RNase, and human DNA contamination before release.
Q: How do low profile wells and half-skirt design enhance automation compatibility?
A: Low profile wells reduce dead volume and improve thermal transfer, while the half-skirt assists with robotic manipulation and precise plate handling within automated liquid handling systems, increasing workflow efficiency.
Q: What are the main benefits of choosing the Color Nature 96 Well PCR Plate for molecular biology workflows?
A: Key benefits include efficient sample recovery, compatibility with automated systems, high optical clarity for qPCR, robust chemical resistance, engrained lot traceability for quality control, and flexible sealing and packaging options to support diverse laboratory needs.