PCR Tubes

Applied Biosystems™ MicroAmp™ 8-Cap Strip

Designed to fit on MicroAmp reaction tubes, tube strips, and 96-well plates

Applied Biosystems™ MicroAmp™ Fast 8-Tube Strip, 0.1mL

Maximized thermal conductivity reduces PCR amplification times

Fisherbrand™ 0.2mL PCR Tube Strips

Ideal for use in 0.2mL, 96-well V-bottom thermal cyclers

Fisherbrand™ 0.2mL PCR Tubes

With integral “snap shut” cap

Axygen™ PCR Tubes with Flat Cap, 0.2mL

Designed to fit standard 96-well blocks. Axygen™ PCR Tubes with Flat Cap, 0.2m are constructed of non-sterile polypropylene. Each conical tube features thin and consistent wall thickness. Tight-fitting cap secures contents and prevents evaporation. Available in an assortment of colors.

Eppendorf™ PCR Tubes

Ensure efficient heat transfer to the sample with these tubes, thanks to their thin, even wall thickness and smooth wall surface. Eppendorf™ PCR Tubes are easy to open, but provide tight sealing to prevent evaporation in PCR.

Thermo Scientific™ ABgene™ Easystrip™ Plus Tube Strip with Attached Ultra Clear Caps

The Thermo Scientific™ EasyStrip™ Plus Tube Strip with Attached Ultra Clear Caps is designed to reduce the risk of cross-contamination in qPCR assays.

Applied Biosystems™ MicroAmp™ Optical 8-Tube Strip with Attached Domed Caps, 0.2 mL

For tube strips with domed caps for PCR experiments using 1 or 2 strips that require the use of the 96-well tray.

BRAND™ Non-Sterile Microcentrifuge Tubes

Fits most common rotors and may be spun up to 30,000 RCF. Non-Sterile Microcentrifuge Tubes are highly translucent and free from flash, air bubbles, and streaks. Polypropylene flat snap caps form a tight, leak-free, easy-open seal. Tubes have a uniform wall thickness for consistent, repeatable results.

BRAND™ White PCR 8-Strip Tubes

Designed specifically to optimize results when performing quantitative Real Time PCR (qPCR)

Thermo Scientific™ 0.2 mL Individual Tubes

0.2 mL individual tubes with attached flat or dome snap shut caps, available in a variety of colors

Thermo Scientific™ ABgene™ EasyStrip™ Plus Tube Strip with Attached Flat Caps

The Thermo Scientific™ EasyStrip™ Plus Tube Strip with Attached Flat Caps is designed to reduce the risk of cross-contamination in PCR assays.

Axygen™ Caps for PCR Tubes

8-Strip domed or flat strip caps for Axygen PCR tubes

Thermo Scientific™ 0.2 mL Strip Tubes

Optimize PCR and qPCR with these 0.2 mL strip tubes, available as 8 tubes per strip in several colors or 12 tubes per strip.

Fisherbrand™ 0.5mL Flat-Cap PCR Tubes

With integral “snap shut” cap

Eppendorf™ PCR Tube Strips and Flat Cap Strips, 0.1mL

Designed for single use PCR applications. Eppendorf™ PCR Tube Strips provide tight sealing to prevent evaporation in PCR, yet are easy to open. They ensure efficient heat transfer to the sample by virtue of their thin, even wall thickness and smooth wall surface.

Axygen™ PCR Tubes with 0.2mL Dome Cap

Thin and consistent wall thickness for precise thermal transfer

Thermo Scientific™ Low Profile Strip Tubes & Caps

Low profile strip tubes for PCR and qPCR applications.

Thermo Scientific™ EasyStart™ PCR Mix-in-a-Tube

Reduce tedious PCR set-up protocols to a single step using Thermo Scientific™ EasyStart™ PCR Mix-in-a-tube.

Applied Biosystems™ MicroAmp™ Reaction Tube with Cap, 0.2mL, Assorted Colors

Designed to maximize sample recovery and ensure uniform heating/cooling

Thermo Scientific™ PCR Tubes and Plates

Efficiently perform applications with these PCR tubes and plates, molded from 100% virgin polypropylene.

Thermo Scientific™ Low Profile Strip Tubes without Caps

Increase the efficiency of reactions with these low-profile strip tubes for PCR and qPCR applications.

Applied Biosystems™ MicroAmp™ 8-Tube Strip, 0.2mL

Tubes precisely fit industry standard well spacing

Thermo Scientific™ 0.1 mL Individual UTW Tubes

Reduce incubation times during PCR with these ultra-thin wall individual PCR tubes with attached flat caps.

Applied Biosystems™ GeneAmp™ Thin-Walled Reaction Tube, with Domed Cap, 0.5mL

Rapid heat transfer assures faster cycle times and increased specificity

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