Multi TEC Controller

The Inheco Multi TEC Controller (MTC) is a powerful and versatile control unit designed to manage up to six Inheco heating, cooling, and shaking devices simultaneously. Combining a power supply and controller in one compact unit, the MTC provides precise temperature and shaking control, while monitoring ambient temperature and humidity for reliable performance. Its off-deck design saves valuable workspace and minimizes noise and heat buildup, making it ideal for high-throughput automated laboratories.

Built for seamless integration, the MTC includes a universal power supply, USB interface, and easy-to-use software and firmware. Users can program complex temperature and shaking sequences, operate via touchscreen (standard MTC), or connect directly to robotic liquid handling systems for fully automated workflows. The MTC Compact variant offers the same powerful control capabilities in a space-saving design, perfect for labs with limited deck or bench space. With full compatibility across Inheco devices—including CPAC, CPLC, HeatPAC, Heated Lid, Thermoshake AC series, and Teleshake models—the MTC offers unmatched flexibility and efficiency.

Key Benefits

• Multi-device control: Operates up to six Inheco heating/cooling and shaking devices in parallel.
• Flexible design: Available in standard and compact versions to optimize footprint and workflow needs.
• Seamless integration: Features USB connectivity, APIs, base drivers, and touchscreen operation for easy integration with automated systems.

Applications

The Inheco Multi TEC Controller is ideal for laboratories that need precise and flexible control of multiple heating, cooling, and shaking devices within automated workflows. Common applications include:

• Genomics and molecular biology workflows – tightly controlled temperature and shaking for PCR setup, nucleic acid purification, and hybridization assays.
• Cell-based assays – consistent incubation and shaking for cell culture and viability testing.
• Drug discovery and screening – reliable temperature regulation and mixing for high-throughput compound testing and assay development.
• Proteomics and biochemistry workflows – precise control for protein purification, enzyme reactions, and sample preparation.
• Automation integration – supports seamless operation with robotic liquid handlers for streamlined, hands-free sample processing.