Description

Description

Thermo Fisher Scientific, a global leader in laboratory and CDMO pharma companies, introduces its Remote Hot Plates, designed for maximum safety and control in demanding laboratory environments. Featuring external electronic controllers, these units allow the hot plate to operate inside corrosive fume hoods or hazardous areas while the controls remain outside, minimizing user exposure.

Available in 12×24-inch (240V, RC2240Q) and 12×12-inch (120V, RC2235Q) models, these hot plates provide durable performance with porcelain-coated stainless steel tops for superior corrosion resistance and uniform heating. With robust temperature ranges from 150 °C to 371 °C and load capacities up to 18 kg, these remote hot plates are an essential tool for pharmaceutical development services, biopharma manufacturing solutions, and controlled lab environments requiring precision and safety.


Key Features

Remote Control Design: The external controller ensures safe operation outside corrosive or hazardous areas.

Two Model Options: Choose between 12×24 (240V, RC2240Q) and 12×12 (120V, RC2235Q) to suit lab needs.

Durable Top Construction: Porcelain-coated stainless steel surface provides chemical resistance and easy cleaning.

Broad Heating Range: Adjustable temperatures from 150 °C to 371 °C for versatile lab applications.

High Load Capacity: Supports up to 18 kg, suitable for large sample heating.

Thermo Fisher Reliability: Manufactured by Thermo Fisher Scientific, trusted globally among pharma contract manufacturing companies and research organizations.


Applications

Drug Development Services: Heating reagents and solutions in pharmaceutical development companies and R&D labs.

Biopharma Manufacturing Solutions: Ideal for labs handling scale-up processes and buffer preparation.

Hazardous & Corrosive Environments: Safely operate within fume hoods and compliance labs.

Academic & Industrial Research: Reliable solution for teaching labs and QC facilities requiring safe, remote-controlled heating.


Benefits

Enhanced Safety: The Remote controller protects users from corrosive or hazardous fumes.

Efficiency: Broad heating capacity with high load tolerance improves workflow productivity.

Adaptability: Two model sizes and voltages support diverse lab requirements worldwide.

Trusted Brand: Confidence in Thermo Fisher Scientific, a recognized leader in drug development services and laboratory solutions.


Product Specs

Models Available RC2240Q (12×24, 240V), RC2235Q (12×12, 120V)
Top Plate Material Porcelain-coated stainless steel
Temperature Range 150 °C to 371 °C
Load Capacity Up to 18 kg
Construction Laboratory-grade Thermo Scientific™ durability
Compliance Suitable for ISO-class labs, fume hoods, and controlled environments

Categories

• Hot Plate Stirrers

• Thermo Scientific Lab Equipment

• Laboratory Heating Devices

• Pharmaceutical & Biotech Supplies

• Pharma Services Companies

• CDMO Pharma Solutions

Reviews

FAQs

What is the operating temperature range and stability?

These remote hot plates provide precise heating across a broad range, from 150 °C to 371 °C, making them suitable for many laboratory applications that require controlled temperature. They maintain a temperature stability of approximately ±5 °C across this range, ensuring consistent and reliable results.

What is the maximum load these plates can support?

The hot plates can support sample loads of up to 18 kg (approximately 40 lb) on the top plate. This high capacity ensures that larger or heavier vessels remain stable during heating. It also provides reliable temperature distribution, allowing experiments to be conducted safely and consistently.

How is the remote control designed to improve safety?

The external controller keeps all user controls outside the hazardous or corrosive fume hood. This allows the heating surface to operate safely inside while minimizing user exposure.

What is the top plate material, and how resistant is it to chemicals?

The hotplate has a top surface made of porcelain-coated stainless steel, which provides excellent chemical resistance. This design also ensures long-lasting durability and makes cleaning quick and easy in laboratory settings.

What level of temperature uniformity can I expect?

At 150 °C, the hotplate maintains a uniform temperature across the surface within ±10 °C, ensuring consistent heating for your samples.