*If you have any design files that need to be sent, please email them to jaycnc@yeah.net
Our CNC bonded copper insert heat sinks (high-performance hybrid thermal management assemblies) are engineered specifically to tackle intense local hot spots while optimizing structural weight and overall cost. Manufactured by embedding high-conductivity C1100 copper core inserts into precision-milled aluminum or copper baseplates via multi-axis CNC machining and high-strength bonding/press-fitting, these heat sinks rapidly pull intense heat away from silicon dies and spread it evenly across the fin array. They prevent thermal throttling and ensure thermal stability in modern high-power-density electronics.
They are extensively utilized across various high-power electronic, automotive, and industrial sectors:
High-Performance Computing & Data Centers: Serves as high-efficiency air/hybrid cooling modules for enterprise CPUs, GPUs, AI processing boards, and server power supplies.
Industrial Power Inverters & IGBT Modules: Ideal for Variable Frequency Drives (VFDs), traction inverters, solar power systems, and high-voltage converters.
Automotive Electronics & EV Systems: Functions as targeted cooling assemblies for electric vehicle motor controllers, battery management electronics, and autonomous driving computers.
Telecommunications & Defense Radar Assemblies: Highly suited for 5G outdoor base stations, optical transceivers, and military radar power units requiring zero-fail heat dissipation.
Targeted Copper Core Heat Absorption: Embeds high-purity C1100 copper inserts directly beneath high-heat components, providing ultra-fast thermal absorption where heat fluxes are highest.
Seamless Bonded Interface Integrity: Utilizes high-pressure press-fit or thermal bonding technology combined with precision-machined insertion pockets to guarantee low interface thermal resistance and zero void gaps.
High Surface Area & Cost Optimization: Pairs copper inserts with lightweight aluminum or copper fin arrays, delivering superior cooling performance while reducing total component mass and material cost.
Micron-Level CNC Surface Flatness: CNC-milled baseplate contact surfaces achieve exceptional flatness (+/-0.005 mm) and low surface roughness for tight contact with silicon dies and thermal interface materials (TIM).
Protective Anti-Oxidization Finishes: Available with nickel plating, anodizing, or passivated chemical surface treatments to prevent copper oxidation, extend service life, and withstand aggressive operational environments.
We operate as an all-around direct source manufacturer with over 10 years of professional CNC machining and high-precision mechanical component manufacturing experience.
Direct Factory Price Advantage: Source your bonded copper insert heat sinks, hybrid thermal assemblies, and precision hardware directly from our production workshop to eliminate trading company markups and maximize your procurement margins.
All-Around Hardware Fabrication Facility: As a comprehensive, all-around production facility, we process a diverse range of high-performance materials including iron, stainless steel, copper, bronze, titanium alloys, and aerospace-grade aluminum alloys to meet exact engineering specifications.
Bespoke OEM/ODM Turnkey Customization: We machine custom heat sink bases, copper inserts, mounting flanges, and hardware fittings tailored precisely to your CAD/3D STEP models. You can specify insert dimensions, fin configurations, surface platings, and localized laser logo markings.
Advanced Multi-Axis CNC Milling Infrastructure: Our facility is equipped with state-of-the-art multi-axis CNC milling centers, precision cut-off saws, automated surface grinders, and profiling equipment capable of maintaining tight dimensional tolerances down to +/-0.005 mm.
Rigorous Quality & Interface Inspection: Every single production batch undergoes severe CMM dimensional audits, optical flatness validation, joint bond integrity checks, and thread gage tests to guarantee out-of-the-box operational reliability.
If you have any design files that need to be sent, please email them to info@xml-cnc.com
