ThermoCube 10-400 Solid State Cooling System

The Solid State Cooling System ThermoCube 10-400-1C-4-RS-LT-AR-37B is a compact, thermoelectric recirculating chiller. It delivers precise thermal management for laboratory, medical, and industrial environments. In addition, the system uses solid-state Peltier technology instead of a standard compressor. Consequently, it provides quiet, vibration-free temperature control with high operational reliability.

ThermoCube 10-400 Key Features and Specifications

• Thermoelectric Solid-State Design: Semiconductor Peltier modules transfer heat efficiently. Because the system avoids mechanical compressors and refrigerants, it operates quietly and minimizes energy consumption.
• Temperature Stability: The unit provides precise regulation within ±0.05°C of the setpoint. Therefore, it protects sensitive processes from thermal fluctuations.
• Cooling Capacity: Its 400-watt platform extracts heat quickly across a wide operational fluid range. Thus, it easily handles demanding low-temperature tasks.
• Fluid Circuit and Pump: An integrated circulation pump delivers steady fluid pressure and consistent flow through external equipment loops.
• Digital Interface: The system includes an intuitive front panel and an RS-232 serial port. As a result, automated setpoint changes and remote monitoring run smoothly.
• Compact Benchtop Footprint: The small enclosure fits neatly on lab benches, instrument carts, and equipment racks.

Common Applications

• Analytical Instruments: Cooling detector arrays, mass spectrometers, HPLC column compartments, and electron microscopes.
• Laser and Optical Systems: Thermal stabilization for diode lasers, medical lasers, and optics that require vibration-free heat dissipation.
• Semiconductor Testing: Component burn-in setups, wafer chuck temperature control, and thermal characterization testing.
• Biomedical Devices: Reagent storage, blood analyzers, and automated sample preparation racks.

Operational Advantages

The ThermoCube 10-400 series eliminates chemical refrigerants and complex mechanical parts. Therefore, it significantly lowers maintenance requirements and failure risks. Furthermore, its vibration-free heat removal protects sensitive optical beams and imaging instruments. For facilities seeking reliable temperature stability, this chiller provides a dependable, eco-friendly solution. Its compact solid-state architecture ensures long-term operational uptime and dependable benchtop thermal performance for critical workflows. This makes it an exceptional choice for modern laboratory facilities.