Tubes

Réalisez une large gamme de tests et de procédures grâce aux tubes disponibles dans notre vaste catalogue. Les tubes sont fabriqués en verre ou en plastiques rigides afin de supporter des températures extrêmes dans les deux sens, tout en offrant une excellente inertie chimique et une grande durabilité. Des modèles jetables et réutilisables existent pour certaines applications, et tous les tubes sont capables de résister aux conditions parfois exigeantes imposées par les procédures de laboratoire.

Sample tube with ventilation cap

Supplier: SARSTEDT

PS, clear or PP, translucent.

Expand 6 Items

Microtubes with thread in special sterile packaging

Supplier: SARSTEDT

PP, translucent

Expand 5 Items

Reagent/centrifuge tubes, conical bottom, with screw cap

Supplier: SARSTEDT

PP, translucent or PS, clear.

Expand 12 Items

PCR tubes, Multiply®

Supplier: SARSTEDT

PP, translucent

Expand 13 Items

Microtubes

Supplier: SARSTEDT

PP, translucent

Expand 12 Items

TD-NMR Glass Tubes

Supplier: MARKET SOURCE PART PROCESS

TD-NMR Glass tubes with a lenght of 180 mm.

Expand 1 Items

Anaerobic culture tube, Hungate type

Supplier: BELLCO GLASS

These tubes made of type 1 class B borosilicate glass for growing and maintaining anaerobic bacteria, culture condition.

Expand 1 Items

AutoLys tubes and racks

Supplier: HAMILTON ROBOTICS

The AutoLys tube from Hamilton Robotics is a tube-in-tube device designed to automate lysis steps for forensic, genomic or clinical research, food testing and other laboratory applications. Preparation of cleared lysates from solid matrices is a major bottleneck in many laboratories. The AutoLys filter tube is designed to be an automation-friendly solution specific to the Hamilton STAR Line of robots with the AutoLys channel. However, the tubes can also be used for manual lysis processing on the bench top. The AutoLys tube is available in fully tested Biological purityPLUS grade, guaranteeing that all AutoLys tubes are free from detectable RNase and DNase activity. An additional treatment step during the manufacturing and packing of tube device ensures the effective removal of contaminants by physically destroying any detectable DNA molecules.