Designed for power modules, this C11000 copper pin-fin cold plate combines precision cold forging and CNC machining with nickel plating to support efficient liquid cooling for IGBT and SiC devices. (read more)

Custom AL1060 skived fin heat sink with an integral fin structure and CNC-machined mounting features for forced-air cooling of photovoltaic inverters, energy-storage PCS, power semiconductor modules, and industrial electronics. (read more)

Designed for liquid cooling in high-power laser and photonics equipment, this cold plate integrates C1020 copper tubing with a CNC-machined AL6063 aluminum base. Flame brazing provides reliable tube-to-plate integration, while the anti-oxidation treatment supports long-term use in industrial optoelectronic systems. (read more)

Designed for natural or fan-assisted electronic cooling in industrial equipment, this heat sink combines precision skiving and CNC machining with the high thermal conductivity of C1020 oxygen-free copper. The integrated fin-and-base structure provides a continuous heat-transfer path, while copper passivation helps reduce oxidation and discoloration. (read more)

Designed for thermal management of coiled optical fibers in high-power laser pump sources, this AL6063 liquid cooling plate combines precision CNC machining with friction stir welding (FSW). Its large cooling surface supports effective heat transfer, while the anodized finish improves corrosion and wear resistance. (read more)

Designed for high-power CPU and GPU liquid cooling, this C1020 copper cold plate combines CNC machining with precision skiving. Its high-density internal fins measure 0.06 mm thick with a 0.10 mm pitch, providing up to 300% more effective heat-transfer surface area than conventional cold plates. (read more)

Custom AL6061 aluminum structural component manufactured by CNC machining for precise mounting and integration of electronic, computing, semiconductor, cooling, optoelectronic, and industrial equipment modules. (read more)

Custom copper tube-fin liquid-to-air heat exchanger uses fin insertion, mechanical tube expansion, and flame-welded connections for compact cooling in industrial, electronic, data-center, semiconductor, laser, and photonics equipment. (read more)

Designed for AI servers, data centers and high-power electronics, this C11000/C10200 copper heat sink uses precision skiving and CNC machining to create dense fins for efficient natural or forced-air cooling. (read more)

Designed for automotive ADAS domain controllers, this AL6061 liquid-cooled housing combines CNC machining and friction stir welding to integrate structural protection, electronics mounting and efficient thermal management in one enclosure. (read more)

Designed for high-power laser systems, this AL6061 and C1020 copper-aluminum cold plate combines CNC machining, friction stir welding and tube press-fitting to provide localized liquid cooling across multiple heat-generating modules. (read more)

Designed for telecommunications equipment, this AL6063 aluminum heat sink combines extrusion and CNC machining with high-density fins for natural or fan-assisted cooling, while clear anodizing improves corrosion and wear resistance. (read more)

Custom air cooling module combining an aluminum structure with embedded C1020 copper tubes for fast heat spreading and stable thermal performance. Its compact, lightweight design is engineered for portable laser equipment and supports flexible system integration. (read more)

The Extruded Aluminum Heat Pipe Heat Sink is designed to provide efficient thermal management for demanding telecommunication equipment. (read more)

Designed for high-power laser equipment, this C1020 copper heat sink combines precision skiving and CNC machining to provide efficient component cooling, while anti-oxidation treatment helps limit oxidation in photonics systems. (read more)

Designed for data-center servers, this C1020 copper cold plate combines precision skiving and CNC machining to support efficient liquid cooling, while passivation helps reduce surface oxidation in demanding computing environments. (read more)

Designed for data-center server cooling, this aluminum/copper skived cold plate combines precision skiving and CNC machining to support efficient liquid cooling of high-density processors, computing modules and industrial edge-computing systems. (read more)