Benchmark Scientific Swing out rotor with rectangular buckets, 4 x 1000ml

For separations and spin downs from 0.2mL to 100mL and microplates, choose the GCC-MP. The Globe Scientific GCC-MP Multi-Purpose Clinical Centrifuge is a large capacity centrifuge that can be used in a variety of clinical lab applications. With a wide selection of fixed rotors as well as a swingout rotor and buckets, the GCC-MP is compatible with virtually any tube typically found in the clinical lab environment and can be customized to your specific applications and methods. Safety features include door interlock, overspeed detection, over temperature detection and imbalance protection. ...

Features: Clik-N-Lok™ Instant rotor attachment Multiple block options for plates and tubes up to 50ml Broad temperature and speed range to meet a variety of applications

For separations and spin downs from 0.2mL to 100mL and microplates, choose the GCC-MP. The Globe Scientific GCC-MP Multi-Purpose Clinical Centrifuge is a large capacity centrifuge that can be used in a variety of clinical lab applications. With a wide selection of fixed rotors as well as a swingout rotor and buckets, the GCC-MP is compatible with virtually any tube typically found in the clinical lab environment and can be customized to your specific applications and methods. Safety features include door interlock, overspeed detection, over temperature detection and imbalance protection. ...

Features: Clik-N-Lok™ Instant rotor attachment Multiple block options for plates and tubes up to 50ml Broad temperature and speed range to meet a variety of applications

Benchmark's handheld homogenizer, the D1000, is designed to rapidly homogenize, emulsify, suspend and disrupt biological samples. Ideal for use with microtubes, the homogenizer works well with samples from 0.1ml to 250ml (depending upon the generator probe used).The D1000 is a rotor stator homogenizer, and works by drawing the sample, in liquid, into the generator probe with the variable speed rotor, and then forcing it out through the slots in the stator. This achieves mechanical shearing of the sample. As the sample is repeatedly drawn up and forced through the stator, additional ...