Microtubes
Bio Plas G-Tubes™
Designed for use in biotechnology laboratories whenever complete sample recovery is important
Fisherbrand™ Rimmed Microcentrifuge Tubes
With graduation marks for estimating volume and frosted writing area for sample identification
Axygen™ Presterilized Conical Centrifuge Tubes
Graduated tubes with conical bottom
Axygen™ Caps for Transport Tubes
Tube volumes from 5 to 10mL
Axygen™ 0.6mL Conical Screw Cap Tubes: Presterilized
Serve a broad range of laboratory needs including collection, processing, centrifugation, storage and packaging/shipping of restriction enzymes and other reagents
Axygen™ 1.5 mL Conical Screw Cap Tubes
With chemical-resistant O-ring
Axygen™ 0.6mL Self-Standing Screw Cap Tubes
Features O-ring manufactured from specially selected material that is resistant to many commonly-used laboratory chemicals
Thermo Scientific™ Snap Cap Low Retention Microcentrifuge Tubes
Improve sample recovery without additives or coatings. These tubes offer maximum sample recovery by significantly reducing surface binding.
Axygen™ 0.5 mL Conical Screw Cap Tubes: Presterilized
Features chemical resistant O-ring
Axygen™ 1.5 mL Self-Standing Screw Cap Tubes
Features O-ring manufactured from material that is resistant to many commonly-used laboratory chemicals
Axygen™ Screw Cap Tubes without Caps: Self-Standing with Conical Bottoms
Self-standing tubes
Axygen™ 2.0 mL Conical Screw Cap Tubes
Features O-ring resistant to many commonly-used laboratory chemicals
Corning™ Microcentrifuge Tubes
Specially designed polypropylene tubes protect sensitive samples and provide added security against leakage and contamination. Corning™ Microcentrifuge Tubes withstand forces up to 20,000 x g.
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Thermo Scientific™ Low DNA Binding Snap Cap Microcentrifuge Tubes, Sustain™ Series
The Thermo Scientific™ Low DNA Binding Snap Cap Microcentrifuge Tubes, Sustain Series offer a greener solution for laboratory researchers in biotech, pharma, and forensics. The tubes are made from biobased polypropylene allocated on a mass balance basis derived from second-generation waste and residue oils.