BioSan TS-DW Thermoschudder deepwelplaten 25 tot 100°C

TS-DW Thermo–Shaker is designed for shaking and incubating deep well plates.

A multisystem principle, used in the design of the Thermo-Shaker, allows operating it as 3 independent devices: Incubator, Plate shaker and Thermo–Shaker.

TS-DW provides excellent temperature uniformity across the plate due to patented two-sided heating of the block and the lid, contour heating of the block and close proximity of heating elements to plate walls.

There is a number of interchangeable blocks to suit different plates such as Eppendorf® 96/1000 μl, Sarstedt® Megablock 96/2200 μl, Porvair® 96/2000 μl, Axygen® 96/2200 μl. Also we can manufacture a customized block on request.

Deep Well Plate Thermo–Shaker provides:

Soft or intensive sample shaking Rotation speed regulation, stabilization and indication

Even rotation amplitude throughout the Thermo-Shaker platform Exceptional temperature uniformity across the plate

Required operation time setting and indication

Automatic stopping of the platform movement after expiration of the set time Setting and indication of the required temperature on the platform

A variety of changeable blocks that can accommodate most popular deepwell plates Automatic fault diagnostics (temperature sensor, platform heating, lid heating etc.)

Application fields:

Сytochemistry — for in situ reactions

Immunochemistry — for immunofermentative reactions

Biochemistry — for enzyme and protein analysis

Molecular biology — for nucleic acid extraction

Separate blocks to accommodate different deepwell plates will be released. For example: Deep Well Plates NUNC® 96/2000 μl Deep Well Eppendorf® 96/0.5 ml The block for deepwell plate is mountable, thus a custom plate module can be manufactured on request

Temperature Calibration Function

With the help of the temperature calibration function the user can calibrate the unit approx. ±6% of the selected temperature to compensate differences in the thermal behaviour of plates from different manufacturers.