Heated Modules

Optimise flexibility and performance with our range of interchangeable and intuitive heat blocks, designed for use with the Ther-mix thermal mixer or our Flexi-therm dry block heater. With excellent temperature control, all Heated Modules are pre-calibrated with a built-in heated lid to provide direct consumable contact, a more efficient way of heating than traditional incubation methods, such as hot blocks, water baths and heating air around samples.

Heated Modules features:

Temperature accuracy of +/-0.1°C
Temperature uniformity 0.5C / 1% of the target temperature
Independent control of sample and lid temperature to reduce condensation and evaporation
Pre-calibrated to ensure highly accurate temperature control
Designed for optimal temperature transfer to samples
Modules designed for use with Ther-mix and/or Flexi-therm base units
Self-limited mixing speed and temperature for sample care and user safety

Heated Modules applications*:

Preheating of sample media
Enzyme preservation
Enzymatic reaction under controlled temperature
DNA, RNA and protein denaturation reactions
Immunoprecipitation
Cell lysis
Bead milling

**More applications available depending on Ther-mix or Flexi-therm use. Please see table below for further details.

Can’t find what you’re looking for? Don’t worry, we are able to design bespoke Heated Modules based upon your requirements. Please contact us for more information.

Read our latest blog post, ‘Vitl Life Science Solutions Expand Range of Intelligent Heated Modules’.

	Ther-mix thermal mixer	Flexi-therm dry block heater
Basic application	Heat/mix	Heat
Instrument temperature range	Ambient - 99.9°C	Ambient - 99.9°C
Heating lid temperature range	Ambient - 105°C	Ambient - 105°C
Instrument maximum heating range	4°C/min	4°C/min
Mixing speed	200 - 3000 RPM	/
Program	Memory for 100 additional user programs	/
Power supply	100 - 240V	100 - 240V
Size (mm) (WxDxH)	190x350x170 (without heated modules)	190x250x80 (without heated modules)
Weight	8kg	1.7kg
Applications	01. Medium preheating 02. Enzymatic reactions under Control temperature 03. DNA, RNA and protein denaturation reaction 04. Plasmid purification 05.DNA restriction Endonuclease digestion 06. Separation Magnetic bead or silicon bead from nucleic acid, protein 08. Immunoprecipitation 09. Pyralysis reaction under certain temperature 10. Cell resuspension in the flow cytometry 11. Components and suspension mixing and heating 12. Antigen and antibody mixing 13. Heated shaking or mixing in other biological or chemical experiments	01.Medium preheating 02. Enzymatic reactions under control temperature 03. DNA, RNA and protein denaturation reactions 04. Immunoprecipitation 05. Pre denaturation in Electrophoresis

Heated Modules

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