PCR Tubes

Laboratory tubes designed for polymerase chain reaction sample preparation and amplification.

PCR tubes are consumable containers used for polymerase chain reaction procedures in molecular diagnostics and research. These tubes are designed to withstand the thermal cycling required for DNA amplification.

Thin-walled tubes for polymerase chain reaction amplification in molecular biology laboratories. Designed for compatibility with thermal cyclers.

PCR tubes are precision-molded polypropylene vessels designed for polymerase chain reaction amplification in molecular diagnostics and research applications. These sterile, nuclease-free tubes provide reliable sample containment and thermal stability during thermocycling protocols.

Thin-walled plastic tubes designed for polymerase chain reaction applications. Manufactured with optical clarity for real-time PCR detection.

Specialized tubes and plates designed for polymerase chain reaction procedures in molecular diagnostics. These products maintain thermal stability during amplification cycles.

Sterile tubes optimized for polymerase chain reaction applications. Transparent design for visual inspection and compatible with standard thermal cyclers.

Individual reaction vessels for PCR amplification. Available in various sizes for manual or automated PCR workflows.

Sterile, thin-walled tubes designed for polymerase chain reaction and real-time PCR applications. These tubes provide optimal thermal conductivity and are compatible with standard thermal cyclers.

Tubes featuring a thin-wall design that allows for optimum heat transfer in PCR applications.

Sterile PCR tubes designed for polymerase chain reaction amplification in molecular diagnostics. Engineered for thermal cycling compatibility and minimized contamination risk. Suitable for viral detection and genetic analysis procedures.

8-tube PCR strip format for polymerase chain reaction applications. Designed for use with multi-channel pipettes and compatible with standard thermal cyclers for efficient sample processing.