产品名称
Eppendorf® ThermoMixer® FP, with thermoblock for microtest boards and deepwell plates, AC/DC input 230 V, 50/60 Hz (GB)
AC/DC input
, UK plug
feature
CE compliant
USB Interface
manufacturer/tradename
Eppendorf® 5385000032
temp measuring range
accuracy: ±0.5 °C (at 20-45 °C)
parameter
100 °C max. temp.
24 °C min. temp.
300–2,000 rpm speed (mixing)
technique(s)
PCR: suitable
W × D × H
20.6 cm × 30.4 cm × 16.4 cm
stirrer diam.
3 mm
weight
6.1 kg
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Legal Information
Thermomixer is a registered trademark of Eppendorf AG
Eppendorf is a registered trademark of Eppendorf AG
Features and Benefits
- Heating and mixing in 0.5/1.5/2.0 mL reaction vessels (F0.5/F1.5/F2.0) or plates (FP)
- Up to 1,500 rpm (F1.5/F2.0) or 2,000 rpm (F0.5/FP) for efficient sample mixing
- Outstanding 2DMix-Control technology results in excellent mixing performance
- Anti-spill technology prevents lid wetting and cross-contamination
- Compatible with Eppendorf ThermoTop (condens.protect) for condensation-free sample handling
- Predefined temperature keys (37 deg. C, 42 deg. C, 56 deg. C, and 95 deg. C) for simple and intuitive operation
- Very fast heat up speed of up to 18 deg. C/min, reducing your waiting time
- Eppendorf PhysioCare Concept provides ergonomic design and operation
General description
Doing quite routine sample prep steps? Whether you regularly work with 0.5/1.5/2.0 mL vessels or plates (MTP and DWP) – our customized fixed-block Eppendorf ThermoMixer F family offers you the perfect solution for your special application. Just simplify your routine work load.
2DMix–Control
The unique 2DMix–Control technology mixes liquids in a controlled, circular movement. The ThermoMixer F provides enough mixing power to handle the most challenging mixing tasks. Most samples are efficiently mixed within less than a minute independent of vessel geometry or sample properties.
2DMix–Control
The unique 2DMix–Control technology mixes liquids in a controlled, circular movement. The ThermoMixer F provides enough mixing power to handle the most challenging mixing tasks. Most samples are efficiently mixed within less than a minute independent of vessel geometry or sample properties.
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