Shakers

CO2 Shaker CPS-20 provides regulated orbital motion of the platform and is designed for use specifically in CO2 incubators. CPS-20 is specifically designed for use in harsh environments such as CO2 and humidity and provides reproducible results for

Fitted with 4 microplates and wider speed range to accommodate various sample testing. Optimally designed to shake four microplates simultaneously, this Microplate Shaker is ideal for applications that demand precise and repeatable mixing.

Accessory cradle with 4 securing bars. Can accommodate a variety of vessels including flasks, bottles or beakers Turns the TSM1/120V/60 into a very effective mini platform shaker Will hold up to: 4 x 250ml or 2 x 500ml or 1 x 1000ml Erlenmeyer 8

Accessory platform designed to increase the capacity of the SSL1 Orbital Shaker. 510 x 510mm with six rubber securing bars Will accomodate the the following Erlenmeyer flasks or bottles: 30 x 250ml or 16 x 500ml or 9 x 1000ml or 4 x 2000ml When this

Adjustable tilt angle and precise digital speed control providing desired rocking or waving motion Designed for time-dependent and low rpm sensitive applications such as ELISA, enzyme immunoassays, protein synthesis, hybridization

Culture Tube Holder, 12mm diameter, 63 tubes

Culture Tube Holder, 16mm diameter, 63 tubes

Culture Tube Holder, 26mm diameter, 30 tubes

Thomas Nos. 1198F95 - F98 - for ZX3, ZX4, TX4, CLASSIC and WIZARD Thomas No. 1198F99 - or RX3, ZX3, ZX4, TX4, CLASSIC and WIZARD Thomas No. 1198G00 - for ZX3 and CLASSIC

Adjustable tilt angle and precise digital speed control providing desired rocking or waving motion Designed for time-dependent and low rpm sensitive applications such as ELISA, enzyme immunoassays, protein synthesis, hybridization

A thermoshaker designed for shaking and heating of deep well plates. A multisystem principle, used in design of the thermoshaker allows it to operate as 3 independent devices: Incubator Plate shaker Thermoshaker Features Profiled platform for

A thermoshaker designed for shaking and heating of deep well plates. A multisystem principle, used in design of the thermoshaker allows it to operate as 3 independent devices: Incubator Plate shaker Thermoshaker Features Profiled platform for