Wholesale Thermoelectric Coolers for Industrial and Medical Applications

X-meritan from China supplies high quality Standard Cycling Thermoelectric Coolers for PCR. It serves as the core component responsible for rapid heating and cooling in PCR instruments. This semiconductor device stands huge physical stresses and exhibit shorter module service lifehas during thermal cycling. Our Cycling Thermoelectric Coolers for PCR has been targetedly reinforced in materials and structure to withstand frequent thermal cycle, delivering a significantly longer cycle life than standard TECs.

X-Meritan is a China-based manufacturer providing Four-Stage Thermoelectric Coolers for deep cooling and precision temperature control applications. It adopts a four-stage cascaded thermoelectric cooling structure, which gradually reduces temperature through multiple cooling layers. Without using traditional mechanical compression refrigeration structures, it achieves active cooling and can be applied in research equipment, medical and laboratory equipment, semiconductor equipment, communication equipment, and other applications requiring deep cooling, compact size, and vibration control.

The Three-Stage Thermoelectric Coolers supplied by X-Meritan Factory are high-class combined Peltier TEC cooling modules specifically developed for precision equipment requiring ultra-low temperatures and high stability temperature control. Unlike the common single-stage thermoelectric modules on the market that are limited by physical constraints and have limited temperature reduction capabilities, this product adopts a three-layer cooling unit vertically cascaded stacking architecture. Through a step-by-step pre-cooling process, it breaks through the temperature difference limit of conventional modules and achieves a lower cold end temperature output.

X-Meritan’s Two-Stage Thermoelectric Coolers are engineered for applications requiring deeper temperature control than standard TEC configurations. Custom dimensions and operating specifications can be developed to match specific system requirements.