Item: Gilson Thermostated Rack – 48-Position Aluminium Block
Condition: Excellent used condition – clean, no damage, fully functional

This Gilson thermostated rack is a high-quality water-jacketed sample holder designed for precise temperature control of up to 48 tubes (approx. 13 mm diameter). The precision-machined aluminium tube block fits inside a durable insulated housing with built-in hose barbs for connection to a circulating water bath or chiller, enabling both heating and cooling of your samples.

This rack is ideal for use with Gilson fraction collectors such as the FC 203B and FC 204, as well as Gilson GX series liquid handling platforms and Gilson 215, 241, and 271 systems.

Key Features:

• 48-position aluminium tube block (6 × 8 grid)

• Fits common 13 mm diameter tubes (e.g., 13×65 mm or 13×100 mm)

• Thermostated water jacket for sample heating or cooling

• Built to last – Gilson quality engineering

• Compatible with Gilson FC fraction collectors, GX liquid handlers, and other Code 30 series water-jacketed racks

• Two standard hose barbs for easy connection to a circulating water bath or lab chiller

• Ideal for chromatography, fraction collection, and temperature-critical sample prep

Applications:

• Chromatography fraction collection

• Automated liquid handling

• Molecular biology and biochemistry workflows

• Clinical and analytical laboratories

• Any lab application requiring tube cooling or tube heating with precise control

Dimensions & Specs:

• Capacity: 48 tubes (13 mm diameter)

• Tube length: 65–100 mm depending on your requirements

• Material: Aluminium block, insulated plastic housing

• Temperature control: via external circulating bath or heater/chiller

Compatibility:

• Gilson FC 203B

• Gilson FC 204

• Gilson GX series liquid handlers

• Gilson 215, 241, 271 platforms

• Fits many Gilson Code 30 series thermostated racks

Why choose this rack?
The Gilson thermostated rack ensures your samples remain at the correct temperature during collection and processing. Its water-cooled or heated design provides reliability for critical lab processes, from chromatography runs to long-term fraction collection.