Our 0.5ml & 1.5ml Microcentrifuge Tubes are purpose-built to solve the most common pain points in lab workflows: lost caps, sample contamination, and mismatched capacities. The 0.5ml option safeguards precious low-volume samples for PCR and enzymatic assays, while the 1.5ml variant serves as the universal standard for routine cell culture, protein analysis, and sample storage. Featuring an integrated hinged flip-top cap, these sterile, DNase/RNase-free lab centrifuge vials eliminate cross-contamination risks, withstand extreme temperatures (-80°C to 121°C) and high-speed centrifugation (up to 20,000 x g). A cost-effective, reliable choice for labs of all sizes.

Stop losing time searching for tiny caps or worrying about sample degradation. Our 0.5ml and 1.5ml Microcentrifuge Tubes provide the perfect balance of precision, safety, and convenience. The integrated hinge design is a game-changer for efficiency, while the guaranteed sterility ensures your data is always reliable. Equip your lab with the industry's best lab centrifuge vials today.

Dual Capacity Precision (0.5ml & 1.5ml)

Choose the perfect size for your experiment. The 0.5ml micro tube is ideal for costly reagents and limited samples, while the 1.5ml microcentrifuge tube is the industry standard for routine cell culture, protein assays, and general sample storage.

Innovative Hinged Flip-Top Cap

The integrated hinge connects the cap directly to the tube body. This allows for true one-handed operation, drastically reducing the risk of cross-contamination and ensuring you never lose a cap during high-throughput processing.

Ultra-Clear Medical-Grade PP

Made from virgin, high-clarity Polypropylene (PP), these tubes offer exceptional transparency. You can easily monitor your sample volume and clarity without ever having to open the hinged cap.

Leak-Proof Airtight Seal

The precision-molded cap design creates a secure, leak-resistant seal. This prevents sample evaporation during incubation and protects against spills during high-speed centrifugation (up to 20,000 x g).