Thermoshakers
ThermoMixer® C

The Eppendorf ThermoMixer® C combines unique mixing performance with excellent temperature control to guarantee test results which are complete, dependable and reproducible.
- Eppendorf QuickRelease™ technology for simple exchange of Eppendorf SmartBlocks™
- Highest flexibility due to a broad selection of exchangeable SmartBlocks™
- Excellent mixing results through unique 2DMix-Control technology
- Heating, mixing and cooling of all common tube and plate sizes with a volume range of 5 µl - 50 ml
Exchangeable blocks Eppendorf SmartBlocks™ and accessories for Eppendorf ThermoMixer™ C and ThermoStat C

Exchangeable blocks:
Flexibility has never been this easy. Eppendorf offers a variety of SmartBlocks™ for tubes from 0.5ml to 50ml.
- Fast and simple block exchange due to Eppendorf Quick Release
- Optimized block design guarantees maximum temperature transfer to the sample
Thermoshaker PCMT for microtubes and PCR plates

Variable speed, variable temperature heating and cooling thermoshaker with a choice of blocks for microtubes and microplates. The PCMT can cool down to 15°C below ambient temperature.
- Fast heat-up and cooling times
- Temperature setting range +4°C to +100°C
- Temperature control range 15°C below ambient to +100°C
- Shaking speed: 250 to 1400 rpm
- Temperature uniformity at 37°C: ±0.1°C
- Choice of 5 interchangable blocks
- orbit 2mm
BlockThermostats TH 21 / TK 23

The Block Thermostats are used for tempering of solutions in closed reaction tubes and plates. They stand out due to their high temperature accuracy as well as their various fields of application thanks to over 30 different exchangeable blocks....
Eppendorf ThermoMixer™ F0.5/F1.5/F2.0/FP

To simplify lab routines. Whether work with regularly 0.5, 1.5 or 2.0 ml reaction vessels or plates (MTP and DWP) - the customized systems from Eppendorf offer the perfect solution for special applications. The devices combine precise heating and mixing with the highest stability, even at maximum mixing frequency. Mixing and incubation steps can be performed independently....