Custom Heat Sink Manufacturing Solutions
Specialized in designing and manufacturing custom heat sinks for optimal thermal performance across various applications. Our solutions ensure efficient heat dissipation and reliable operation of your electronic systems.
Thermal Design Optimization
Advanced thermal simulation and analysis to optimize heat sink design for maximum heat dissipation efficiency.
Precision Manufacturing
State-of-the-art CNC machining for precise fin geometry and surface finishing to enhance thermal performance.
Material Expertise
Wide range of high thermal conductivity materials including aluminum, copper, and composite materials.
Heat Sink Solutions
Comprehensive range of heat sink designs to meet diverse cooling requirements
Aluminum Heat Sink
Lightweight and cost-effective thermal management solution
- • Excellent thermal conductivity
- • Lightweight construction
- • Cost-effective solution
- • Good corrosion resistance
- • Easy machining and fabrication
Copper Heat Sink
Superior thermal performance for demanding applications
- • Highest thermal conductivity
- • Excellent heat spreading
- • Ideal for high-power applications
- • Superior thermal performance
- • Durable and long-lasting
Extruded Heat Sink
Cost-effective solutions for high-volume applications
- • Customizable fin designs
- • Economical manufacturing
- • Consistent quality
- • Various surface finishes
- • Suitable for mass production
Skived Heat Sink
High-density fin structure for maximum cooling
- • Ultra-thin fin capability
- • High fin density
- • Excellent thermal efficiency
- • Integral fin construction
- • Ideal for limited spaces
Heat Pipe Heat Sink
Advanced solution for efficient heat transfer
- • Two-phase heat transfer
- • High thermal conductivity
- • Uniform temperature distribution
- • Flexible design options
- • Remote heat dissipation
Stamped Heat Sinks
Economic solution for low to medium power applications
- • Low-cost manufacturing
- • High-volume production
- • Simple designs
- • Quick turnaround
- • Various mounting options
Folded Heat Sink
Space-efficient design with good thermal performance
- • Compact design
- • Good thermal performance
- • Cost-effective solution
- • Flexible configurations
- • Easy installation
Cold Forged Heat Sink
High-performance solution with optimized material properties
- • Enhanced material structure
- • Superior thermal conductivity
- • High mechanical strength
- • Complex geometry capability
- • Excellent reliability
Bonded Heat Sink
Hybrid solution combining different materials
- • Multiple material advantages
- • Optimized performance
- • Custom configurations
- • High thermal efficiency
- • Cost-effective design
Brazing Heat Sink
Strong and reliable thermal solution
- • Strong mechanical bond
- • Excellent thermal contact
- • Complex assembly capability
- • High reliability
- • Various material combinations
Soldering Heat Sink
Precise assembly for specific applications
- • Precise thermal interface
- • Good thermal conductivity
- • Cost-effective joining
- • Various solder options
- • Reliable performance
Stacked Heat Sink
Modular design for flexible thermal solutions
- • Modular construction
- • Scalable design
- • Easy maintenance
- • Flexible configuration
- • Optimized airflow
Zipper Heat Sink
Innovative design for maximum surface area
- • High surface area
- • Unique fin design
- • Efficient heat dissipation
- • Compact structure
- • Cost-effective solution
Water Cooling Plates
CNC-machined cold plates with internal channels for liquid cooling of power electronics, lasers, and high-density boards
- • Internal coolant channels
- • Aluminum or copper plates
- • Flatness for TIM interfaces
- • Leak-tested assemblies
- • Custom port and mounting patterns
Technical Capabilities
Material Options
- • Aluminum Alloys (6061, 6063)
- • Copper Alloys (C11000, C12200)
- • Aluminum-Copper Hybrids
- • Thermal Interface Materials
- • Surface Treatments (Anodizing, Nickel Plating)
Manufacturing Capabilities
- • Fin Heights: Up to 300mm
- • Fin Thickness: Down to 0.5mm
- • Base Thickness: 2mm to 50mm
- • Surface Flatness: Up to 0.02mm
- • Custom Mounting Holes & Patterns
Thermal Performance
- • Thermal Resistance: 0.1°C/W to 2.0°C/W
- • Heat Dissipation: Up to 1000W
- • Operating Temperature: -40°C to +150°C
- • Thermal Conductivity: Up to 400 W/m·K
- • Customizable Airflow Patterns
Applications
Power Electronics
- • Power Supplies
- • Motor Drives
- • Inverters
- • Power Distribution Units
- • Battery Management Systems
Industrial Equipment
- • Industrial Controllers
- • Automation Systems
- • Manufacturing Equipment
- • Process Control Systems
- • Industrial Computers
Telecommunications
- • Base Stations
- • Network Servers
- • Communication Equipment
- • Data Center Hardware
- • RF Amplifiers
LED Lighting
- • High-Power LED Arrays
- • Street Lighting
- • Commercial Lighting
- • Stage Lighting
- • Architectural Lighting
Medical Equipment
- • Diagnostic Devices
- • Imaging Systems
- • Treatment Equipment
- • Laboratory Equipment
- • Medical Computers
Transportation
- • Electric Vehicle Systems
- • Railway Electronics
- • Marine Equipment
- • Aerospace Components
- • Charging Infrastructure
Comprehensive Design Services
Expert thermal management solutions tailored to your specific requirements
Thermal Analysis
- • CFD (Computational Fluid Dynamics) Analysis
- • Thermal Resistance Optimization
- • Airflow Pattern Simulation
- • Temperature Distribution Mapping
- • Performance Validation
Mechanical Design
- • 3D CAD Modeling
- • Mounting Solution Design
- • Assembly Integration
- • Material Selection
- • Manufacturing Optimization
Prototyping & Testing
- • Rapid Prototyping
- • Thermal Performance Testing
- • Mechanical Testing
- • Environmental Testing
- • Quality Validation
Ready to Optimize Your Thermal Management?
Contact our engineering team to discuss your heat sink requirements and get expert consultation.