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PCR - as diverse as DNA itself.

PCR (polymerase chain reaction) for the amplification of gene sequences within a DNA chain has become an integral part of molecular biology. It comprises three steps: denaturation, annealing, and extension. Today, a large number of advanced PCR techniques are used in the laboratory, such as real-time PCR (qPCR).

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Questions and answers about PCR

1. How can I minimize evaporation loss?

The smaller the sample volumes, the more important it becomes to prevent evaporation loss. Thanks to the large selection of different sealing films and strips, you always have a perfectly harmonized system to securely seal your PCR plates and vessels.

2. How can I work more efficiently?

Whether individual PCR vessels used for test validation or high-throughput testing of standardized processes with 96 or 384 well plates: The selection of the right consumable saves on costs and time and also minimizes waste. Learn more about our large range of consumables.

3. What are white PCR consumables used for?

White PCR products yield significantly better results in qPCR than transparent vessels. In combination with the smooth surfaces, the white color ensures optimal reflection of the fluorescence signals.

4. What accessories do I need?

Our PCR racks are suitable for sample preparation, the retention and storage of 0.2 ml single vessels, strips of 8 or 12, and 96 well PCR plates. The matching Mini Cooler PCR holds the samples at 4 °C for approx. 3 hours. The insulating gel switches color from violet to pink at 7 °C.

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Comparison of PCR plates

Standard / Low Profile

Plates with standard profile wells usually have a nominal volume of 0.2 ml per cavity, for low profile plates 0.15 ml.


Non-skirted, semi-skirted, skirted
  • Non-skirted PCR plates fit in nearly all standard thermal cyclers.
  • Semi-skirted PCR plates are easy to label or marked with a barcode.
  • PCR plates with full skirt are especially rigid, making them ideal for automatic pipetting systems.

PCR - Application knowledge from the field

Keeping evaporation loss as low as possible depends on more than just the seal. The plate itself also plays an important role. Find out about how you can minimize evaporation loss in our Application Note.

Have you already used our PCR consumables? Then share your results with us and write your own application note. In return, we will assist you with the consumables you need.

The perfect match of PCR plate and thermal cycler.

At BRAND, you will find the right consumables for all standard thermal cyclers from well-known brands such as Applied Biosystems®, Biorad®, and Peqlab®. Find out which PCR consumable matches your thermal cycler at a glance in our compatibility table.

The most popular PCR products


Use all the advantages of automated liquid handling systems, even with small or medium-sized sample sizes. Flexible application, easy operation, compact size:

With the compact Liquid Handling Station pipetting robot, you can define your pipetting pattern in just a few minutes.



PCR disposables

The polymerase chain reaction (PCR) revolutionized molecular biology and is currently used in many fields. These areas of application vary greatly, and the formats of the PCR disposables must vary accordingly. Important quality characteristics include:

  • For universal use in nearly all standard thermal cyclers
  • Made out of heat-resistant polypropylene
  • Extra-thin, uniform wall thicknesses for optimal heat transfer and short cycle times
  • 96-well PCR plates with blue alphanumeric code and cut corner marking
  • Highly transparent flat cover optimally suited for qPCR
  • DNase, DNA and RNase-free
  • Autoclavable at 121 °C (2 bar), acc. DIN EN 285



Real-time PCR

Real-time PCR allows the direct quantification of generated DNA through the use of fluorescence measurement. White PCR products by BRAND yield significantly better results in this application than transparent vessels. The different products of this line are uniformly colored with TiO2 (titanium dioxide) in order to achieve an optimal reflexion of the fluorescence signals in combination with the smooth surface.