With nearly two decades of thermoelectric experience, our engineering team solves complex thermal challenges across demanding applications.
By integrating thermal, mechanical, and electrical design, we develop application-specific thermoelectric solutions optimized for temperature performance, space, power, and system integration.
In-house design, prototyping, and manufacturing shorten the feedback loop between simulation, sample evaluation, and design refinement.
After the technical requirements are confirmed, a proposal can typically be prepared within 1–3 working days. Prototype lead times commonly range from 2–4 weeks, depending on complexity and material availability.
Prototype and pilot quantities are supported before volume production.
Design verification helps identify mechanical, environmental, and operational risks before production. Available tests include vibration, mechanical shock, shear strength, temperature cycling, thermal shock, high-temperature storage, and vacuum operation. Test plans are selected according to the product design and target application.
Where required, test methods can be developed with reference to applicable Telcordia GR-468-CORE or MIL-STD-883 procedures.
Our customized thermoelectric cooling solution is designed for stability chambers requiring precise and reliable temperature control in applications such as pharmaceutical testing and material conditioning.
The system delivers cooling capacity of up to 223 W per unit and temperature stability of up to ±0.1°C, depending on system configuration and operating conditions.
Compared with conventional compressor-based systems, thermoelectric cooling offers vibration-free operation, noise below 50 dB, compact design, and refrigerant-free cooling. Under specified conditions, the system can also achieve up to 40% energy savings at a 25°C setpoint.
Our engineering support covers TEC selection, thermal interface design, heat dissipation, power management, and control system integration.
Key Performance Highlights
• Up to 223 W cooling capacity per unit
• Temperature stability up to ±0.1°C
• Operating noise below 50 dB
• Up to 30% space savings
• Up to 40% energy savings at 25°C setpoint
• Faster temperature recovery after door opening
• Refrigerant-free solid-state cooling
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