MANHICOOL: High-Density Skived Fin Copper Water Cooling Blocks
Compact humanoid robot CPU cooling plates​ and robot actuator thermal management​ modules for AI-driven robotics. Lightweight liquid cooling for cobots and edge computing platforms.

Unmatched Thermal Conductivity with Skived Fin Technology

When extreme power density meets limited space, the MANHICOOL Skived Fin Series provides the ultimate thermal edge. Unlike traditional bonded or brazed fins, our skived fins are "peeled" directly from a solid copper base. This creates a continuous, high-conductivity path with zero thermal resistance between the base and the cooling surface.

 Application Scenarios: Powering Global Innovation

Our bespoke liquid cooling solutions are deployed across the most demanding industries worldwide:

• AI & High-Performance Computing (HPC): Cooling for next-generation GPUs, TPUs, and high-density server racks. Our cold plates are essential for 24/7 AI model training and data processing.
• New Energy & Electric Vehicles (EV): Providing thermal management for EV battery packs, fast-charging station power modules, and onboard chargers (OBC).
• Medical Diagnostic Equipment: Precision temperature control for high-power MRI, CT scanners, and surgical laser systems where zero-leak reliability is mandatory.
• Industrial Lasers & Semiconductor: Managing the thermal flux of fiber lasers, CO2 laser heads, and semiconductor automated test equipment (ATE).

Core Technical Advantages:

• Integrated Skived Fin Design: Fins and base are one single piece of metal. This eliminates the interface layer found in brazed blocks, maximizing heat dissipation for high-flux modules and industrial power electronics.
• High Fin Density & Thin Wall: Our precision skiving process allows for ultra-thin fins and higher fin density, significantly increasing the effective surface area for liquid-to-metal heat exchange.
• Precision CNC Machining: Every block is CNC finished to ensure perfectly flat contact surfaces (≤0.03mm) and accurate mounting dimensions according to your technical drawings.
• Durable Nickel-Plated Finish: Provides a professional aesthetic and long-term protection against oxidation and corrosion in industrial liquid loops.

Customization by Drawing (OEM/ODM):

We are your partner for bespoke thermal engineering. Send us your Step, CAD, or PDF drawings for:

• Variable Fin Geometry: Tailored fin height, thickness, and gap to optimize flow rate and pressure drop.
• Bespoke Fitting Interfaces: Custom G-thread, NPT, or barbed fittings to match your existing cooling system.
• High-Power Applications: Specifically engineered for AI Compute Racks, IGBT Cooling, Industrial Converters, and RF Power Transmitters.

Why Choose MANHICOOL Factory?

• Direct Manufacturer: Get factory-direct bulk discounts and direct access to our engineering team for DfM (Design for Manufacturing) support.
• 100% Quality Assurance: Every unit undergoes strict 10-Bar pressure testing and dimensional inspection before leaving our ISO-certified facility.
• Fast Prototyping: We understand the speed of industrial R&D. We move from your drawing to a physical prototype with industry-leading turnaround times.       

 Frequently Asked Questions (FAQ)

Q1: Can I customize the dimensions and fin density? A: Absolutely. As a direct manufacturer, we specialize in bespoke designs.You can provide your CAD/Step drawings, and we will adjust the block dimensions, fin height, and density to match your thermal requirements.

Q2: What is the benefit of Skived Fin technology over Brazed Fins? A: Skived fins are made from a single piece of copper without any bonding layer.This ensures zero thermal resistance between the base and fins, providing superior heat transfer efficiency compared to traditional brazing methods.

Q3: Is the nickel plating mandatory? A: No. While we recommend nickel plating for superior corrosion resistance and a professional aesthetic,we can also provide polished bare copper blocks if your application requires it.

Q4: How do you ensure the cooling block won't leak? A: Reliability is our priority. Every single MANHICOOL block undergoes a rigorous 10-Bar pressure test and airtightness inspection before shipping to guarantee a 100% leak-proof experience.

Q5: What is the typical lead time for custom samples? A: For standard customization based on existing geometries, we can provide prototypes within 5-7 business days.For complex non-standard designs, our engineering team will provide a specific timeline during the quote phase.

Q6: Do you offer bulk discounts? A: Yes, we provide tiered pricing for industrial volume orders. Please contact our sales team with your estimated annual quantity for a competitive wholesale quote.