This custom copper thick fin skived heat sink delivers reliable performance with excellent thermal conductivity, specifically engineered for demanding thermal management applications.

Skiving fin technology involves mechanically cutting aluminum or copper teeth from a solid profile to create precise radiator structures. This process produces sequential gap structures at specific angles, optimized for high-power device cooling under air-cooled conditions.

Compared to conventional heat sinks, skived fin technology increases heat dissipation efficiency by 8-15%. Our mature, automated manufacturing process ensures exceptional cost-effectiveness and reliability.

• 100G/200G pluggable optical modules for data center switches
• Small optical modules for fronthaul/mid-haul equipment of 5G base stations
• Low-power optical communication components for edge computing nodes
• UPS systems, base stations, charging piles, frequency converters
• Controllers, wind power converters, SVG systems, and LED lighting

• High Performance Computing (HPC): High-density heat dissipation for supercomputers, data center servers, GPU clusters
• High Power Electronics: Extreme thermal management of IGBT modules, converters, high-power power supplies
• Advanced Medical Imaging: MRI, CT scanners requiring extreme temperature stability and reliability
• Industrial Automation: High-precision temperature control for robot control, precision machine tools
• Aerospace: Heat dissipation in extreme environments for airborne radar, satellite communications, electronic equipment
• High-power Laser Equipment: Precision temperature control of industrial lasers, scientific research laser systems
• Core Components of New Energy Vehicles: Precision thermal management for electric drive systems, battery modules
• Renewable Energy Systems: High-power equipment including wind power converters, photovoltaic inverters

Our comprehensive air-cooled manufacturing facility includes: 10 low-temperature solder reflow ovens, 5 baking ovens, 20 automatic solder dispensing systems, 3 automatic solder brushing units, 50 torque-controlled electric screwdrivers, 1 CCD inspection system, 2 fully automatic optical module testing stations, 11 multi-station thermal performance testing units, 4 flatness optical testing systems, and supporting equipment.

Advanced Production Facility

We maintain rigorous quality standards with comprehensive testing equipment including: 1 Coordinate Measuring Machine, 1 projector instrument, 2 water high pressure testing machines, 4 thermal resistance testing systems, and 2 liquid leakage testing machines.

Quality Certifications

• Prompt response to all inquiries
• Competitive pricing with guaranteed quality
• Efficient production scheduling
• Optimal transportation solutions
• Comprehensive technical support