Introducing the groundbreaking 1MA10 Series of thermoelectric coolers, where cutting-edge manufacturing technologies come together to create the ultimate cooling solution. What sets these thermoelectric coolers apart is the use of solid Aluminium plates instead of the traditional ceramics, providing a crucial advantage. This innovative approach in TEC manufacturing opens up new possibilities with its Aluminium construction. With superior thermal conductivity and a seamless CTE match with Aluminium heatsinks, these Aluminium thermoelectric coolers offer the perfect combination for applications requiring long-term temperature cycling. Say goodbye to outdated ceramics solutions in PCR applications and embrace the future of cooling technology with our 1MA10 Series.

1MA10 TECs - a groundbreaking innovation that combines the tried-and-true technology of classical bulk thermoelectric coolers with advanced high-density (HD) pellets placement. This unique combination unlocks a remarkable cooling power density of 30W/cm2, allowing for the creation of TEC solutions that are 4 times smaller without sacrificing cooling performance. Gone are the days of bulky 40x40mm2 or 50x50mm2 TECs, as our compact 20x20mm2 size now delivers over 100W of cooling capacity (Qmax). And if you need even more cooling power, our 30x30mm2 Aluminium TECs can achieve an impressive 280W of cooling power in room conditions. For those seeking the ultimate cooling solution, look no further than our advanced configuration, the 1MA10-2x263-xx TEC, which boasts a staggering 500W cooling capacity while maintaining the traditional 40x40mm2 size. Experience the future of high-performance thermoelectric cooling with our 1MA10 TE coolers.

IDEAL TE COOLERS FOR LONG-TERM TEMPERATURE CYCLING

1MA10 TECs are qualified and tested to real 1M temperature cycles with a median projection of at least 1.5M of operating cycles (using max 5% ACR change as a criterion of failure). The combination of innovative elastic adhesive mounting and traditional soldering in TEC assembly prevents the thermoelectric cooler's internal thermomechanical stresses.   It's a perfect solution for PCR cycling with TEC and DNA analysis applications. Advanced TEC cooling power, bold construction with metal plates and ultra-high cycling endurance make new 1MA10 TECs optimal for any long-term temperature cycling equipment design, especially laser and optoelectronics reliability testing and qualification equipment.

TELCORDIA GR-468 QUALIFIED TE COOLERS TESTED TO 1M CYCLES

The performed qualification confirmed the full compliance of the innovative "Aluminium" TECs to the Telcordia GR-468 requirements.  And in the case of temperature cycling reliability, the results far exceeded the standard requirements.  

Aluminium is easy to machine, thus TEC cold and hot sides can be modified and adjusted in entirely new way, not possible with traditional ceramics.  TEC surfaces machinning, milling, mounting screws and even the complete 3D profiling are possible.  Metal plates can be adjusted even for non-flat surfaces cooling.

ADVANCED TEC CUSTOMIZATION AND DEVELOPMENT OPTIONS

1MA10 Aluminium thermoelectric coolers are assembled using RoHS compliant Sn-Sb solder with a melting temperature Tmelt=230ºC and innovative elastic adhesive.  Short-time processsing up to 220ºC is possible.  The standard and most common types from our 1MA10 Series with detailed datasheets are listed in the table below.  Additional information, TEC drawings, 3D models, performance plots and estimations for particular application conditions can be provided by request.

ALUMINIUM TECs WITH HOLES

1MA10 Aluminium thermoelectric coolers are availlable with center holes or multiple holes for various "external" cooling solutions.  Such  TECs with holes allow temperature stabilization or cycling of various optical assemblies and already sealed objects.  There are ready-made solutions for mounting under lasers in a typical "Butterfly" 14pin housing. The standard types from our 1MA10 Series with holes are listed in the table below.

STANDARD 1MA10 SERIES ALUMINIUM THERMOELECTRIC COOLERS

INNOVATIVE ALUMINIUM THERMOELECTRIC COOLERS

TE COOLERS

with HOLES