Product
CNC Machined Aluminum Liquid Cooling Heat Sink Plate OEM Precision Machining Cooling Component
This is a custom CNC machined aluminum liquid cooling cold plate for high-power industrial equipment heat dissipation. Designed as precision liquid cooling base specially for power modules, laser equipment and new energy battery cooling systems, it is fabricated from solid aluminum alloy plates using precision CNC processes including complex flow channel milling, multi-spec hole drilling and tapping, full deburring and anti-corrosion anodizing. It provides efficient liquid circulation heat transfer performance, widely used for semiconductor power devices, industrial lasers, energy storage converters and high heat flux automation equipment cooling structures.
Made from high thermal conductivity aluminum alloy 6061, it features integrated V-type and labyrinth flow channels with ultra-tight machining tolerance, realizing fast heat exchange and stable long-cycle liquid cooling operation without leakage risk.
Product Overview
Our aluminum liquid cooling cold plate is a precision CNC machined liquid heat exchange component, serving as core cooling base for high-power heat-generating industrial equipment. The plate surface is machined with diversified labyrinth and V-shaped flow channels, equipped with liquid inlet/outlet threaded nozzles, auxiliary heat dissipation micropores and peripheral fixed mounting holes. Coolant circulates inside the closed flow channels to rapidly take away concentrated heat generated by power modules and electronic components, solving overheating failure problems of high-power industrial equipment under continuous heavy load.
Core CNC Multi-Axis Milling Processing Technology
- Raw Material Selection We select solid 6061 aluminum alloy plate as raw material. This material has ultra-high thermal conductivity, good ductility and machinability, ideal for deep flow channel milling, and can form dense anti-leakage oxide film after anodizing treatment to prevent coolant corrosion and seepage.
- Complex Flow Channel CNC Milling Core Craft This liquid cooling plate cannot be produced by stamping or casting, fully relying on CNC machining center for one-time composite processing: Step1: One clamping to finish overall plate contour rough and finish milling to guarantee overall flatness; Step2: Multi-angle linkage milling to form V-shaped, labyrinth and herringbone liquid circulation flow channels with uniform groove depth and smooth inner walls to reduce fluid flow resistance; Step3: Precision drilling & tapping for liquid inlet/outlet holes, dense heat dissipation micropores and four-corner counterbore mounting holes, thread tolerance strictly controlled to avoid liquid leakage during assembly; Step4: Full deep cavity deburring for all flow channel inner walls and hole edges to eliminate tiny metal debris blocking coolant circulation.
- Anti-Corrosion Surface Treatment Standard post-process: Hard clear anodizing to form compact protective layer for anti-rust and anti-leakage; optional black sandblasted anodizing, mirror polishing per customer equipment appearance requirements.
- Full Leakage & Dimensional Inspection Each finished cold plate undergoes dual inspection: CMM coordinate measuring machine to test flow channel size, hole position flatness; air tightness pressure leakage test to ensure zero coolant seepage under long-term circulating working pressure.
Product Advantages
- Fully Customizable Flow Channel Design: Adjust plate thickness, flow channel shape, groove depth, hole layout and liquid port position strictly based on your 2D drawings or 3D STEP/IGS cooling simulation models.
- Ultra-Efficient Heat Dissipation: Dense labyrinth flow channels extend coolant contact area, far better heat exchange efficiency than traditional air-cooled heat sinks for high-power equipment.
- Zero Leakage Precision Machining: CNC one-clamping forming + full pressure leakage test eliminates assembly gaps and hidden liquid leakage risks.
- Flexible Production Batch: Accept small prototype trial orders for cooling scheme testing and large-volume mass production, all CNC processing and air tightness testing completed in our factory to shorten delivery cycle.
Main Application Fields
Semiconductor power module liquid cooling bases, industrial laser equipment cold plates, energy storage converter heat dissipation components, new energy battery pack cooling plates, high-frequency automation testing equipment liquid cooling structural parts.
Custom Service Instructions
We provide full OEM & ODM CNC liquid cold plate customization service for thermal management equipment. Support independent design of flow channel structure, liquid port specification and surface anti-corrosion treatment. Send your engineering drawings and cooling parameter requirements to get free technical evaluation, sample production support and factory direct competitive quotation.
