Manufactured from AL1060 aluminum using precision skiving technology, this skived fin heat sink delivers high thermal efficiency for photovoltaic inverters, energy storage PCS, and other high-power electronic applications. (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 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)