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twin.tec real-time PCR Plates

twin.tec real-time PCR Plates

Product Details:

  • Model No Twin.tec Real-Time PCR Plate
  • Core Components Frame and well plate
  • Automation Grade Compatible with automated systems
  • Accuracy Highly uniform well-to-well consistency
  • Temperature Range -80C to 120C
  • Capacity 0.2 mL (per well)
  • Feature Rigid polycarbonate skirt, consistent thermal transfer, compatibility with robotic systems
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twin.tec real-time PCR Plates Price And Quantity

  • 1 Piece
  • 5000 INR

twin.tec real-time PCR Plates Product Specifications

  • PCR, qPCR, and real-time PCR applications
  • Rigid polycarbonate skirt, consistent thermal transfer, compatibility with robotic systems
  • 0.2 mL per well
  • -80C to 120C
  • Approx. 20g (per plate)
  • 0.2 mL (per well)
  • Compatible with automated systems
  • Highly uniform well-to-well consistency
  • Twin.tec real-time PCR plate
  • None (laboratory consumable, not instrument)
  • Frame and well plate
  • Polypropylene (well); Polycarbonate (frame)
  • Twin.tec Real-Time PCR Plate
  • 127.76 mm 85.48 mm 14.35 mm (SBS microplate standard)

twin.tec real-time PCR Plates Trade Information

  • 5-10 Piece piece Per Month
  • 6-8 Week

Product Description

White wells increase the reflection of flourescence in real-time PCR and other flourescence assays. Increased flourescence improves the sensitivity of your assays, while also improving reproducibility and homogeneity of your results.

Product Information

Eppendorf twin.tec real-time PCR Plates offer all the advantages of regular twin.tec plates and give you the advantage of white wells for your real-time PCR. The limiting factor in low volume real-time PCR is often the remaining intensity of fluorescence. The white wells of the Eppendorf twin.tec real-time PCR Plates reflect fluorescence much better than clear or frosted wells. Thus, lower levels of fluorescence are still detectable with the same instrument just by using the right consumables. Additionally, white wells significantly reduce interfering background fluorescence and lead to increased homogeneity of replicates and reproducible results. The rigidity of the polycarbonate frame ensure easy and reliable handling manually or automated. The polypropylene wells guarantee excellent and fast temperature transfer to the sample.

High intensity of fluorescence improves sensitivity in qPCR. This graph shows you an up to 10-fold higher fluorescence measurement of twin.tec real-time PCR plates than those with frosted wells. 

Eppendorf twin.tec real-time PCR plates reduce Ct-values more effectively than other tested plates. On average, Ct-values occur 0.8 cycles earlier (compared to clear wells), indicating better sensitivity.

White wells improve homogeneity of results over the block. In this graph you can see the reduced Standard Deviation over the block compared to other plates.

Features

  • White wells for better reflection
  • High mechanical stability
  • Effective sealing by raised well rims
  • Skirted and semi-skirted frames
  • Optimal heat transfer due to reduced wall thickness
  • Autoclavable (121 C, 20 min)
  • Applications

    • Real-time PCR
    • Melting Curve Analysis


Optimized Design for Reliable Results

Twin.tec real-time PCR Plates combine a robust polycarbonate frame and full-skirted polypropylene wells to provide stability and consistent thermal conductivity. Each plate is precisely manufactured to the SBS microplate standard, ensuring compatibility with robotic systems and automated workflows for high-throughput environments.


Versatile Compatibility and Application

These PCR plates are universally compatible with most standard qPCR thermocyclers, though they are not suitable for certain ABI/Fast block models. The well shape is semi-skirted with a V-bottom, holding up to 0.2 mL per well, and supporting diverse PCR, qPCR, and real-time PCR protocols. Barcode options and customizable coding facilitate accurate tracking in busy labs.


Certified Quality and Secure Sealing Options

Twin.tec plates are certified DNase-, RNase-, and PCR inhibitor-free, reducing the risk of experiment contamination. Choose from various sealing methodsincluding adhesive films, foils, or strip capsfor optimal sample protection. While non-sterile plates are standard, sterile versions are available upon request for sensitive workflows.

FAQs of twin.tec real-time PCR Plates:


Q: How do Twin.tec real-time PCR Plates ensure accurate and uniform results in PCR experiments?

A: Twin.tec plates offer highly uniform well-to-well consistency thanks to their precision-molded polypropylene wells and rigid polycarbonate frames, which ensure even thermal transfer and minimize variations during PCR amplification.

Q: What sealing methods are compatible with Twin.tec real-time PCR Plates?

A: These plates are compatible with adhesive films, foils, or strip caps, allowing secure, flexible sealing options tailored to the specific requirements of your PCR applications.

Q: When should I consider using the white variant of Twin.tec PCR Plates?

A: White plate variants are recommended when enhanced fluorescence signal detection is required, making them ideal for sensitive qPCR and real-time PCR assays where signal clarity and intensity are crucial.

Q: Where can Twin.tec real-time PCR Plates be stored prior to use?

A: Plates should be stored at room temperature in dry conditions to maintain performance integrity and prevent moisture exposure that could impact results.

Q: What are the disposal requirements for used Twin.tec PCR Plates?

A: After use, these non-hazardous plates can be disposed of with general laboratory waste, simplifying post-experiment cleanup procedures.

Q: How does custom barcoding benefit laboratory workflows using Twin.tec PCR Plates?

A: Custom barcoding and alphanumerical coding accelerate sample identification, tracking, and data management, particularly in automated or high-throughput settings.

Q: What temperature range can Twin.tec PCR Plates safely withstand?

A: The plates are designed to perform reliably across a temperature range from -80C to 120C, making them suitable for most PCR protocols, including thermal cycling and sample storage.

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