For those struggling with fin processing distortion and insufficient heat dissipation! We respond with ultra-high-speed precision processing at 120,000 RPM, bringing your designed cooling structure to life.
Are you facing such processing challenges in the thermal design of data centers and AI servers? "I want to arrange the fins finely to secure the heat dissipation area, but the fins tend to bend or warp due to the load from the cutting tools." "There are often burrs left inside the water cooling channels, and I feel limited in manually removing them without obstructing the flow of liquid." "I want to conduct performance evaluations before mass production, but I don't have the budget or time to create molds, so I'm looking for an accurate prototype route using cutting first." Nishimura Co., Ltd.'s microfabrication technology will bring your ideas to life. Please start with a single prototype to see if "this fine structure can be machined." *For more details, please download the PDF or feel free to contact us.
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List of High-Precision Machining Centers and Micro-Machining Equipment Manufacturer: ROKUROU INDUSTRY Model: MEGA-SS600 Manufacturer: Sodick Model: AZ250
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【Target Industries】 AI servers, supercomputers, data center peripheral equipment, EV and automotive power modules, semiconductor manufacturing equipment manufacturers. 【Processes and Issues of Concern】 1. Prototyping process immediately after cooling simulation: A development phase where we want to test how closely the theoretical values (thickness and pitch of fins) can be reproduced in actual machining. 2. Prototype verification of liquid cooling channels: A design phase where we want to evaluate whether we can achieve the desired fluid behavior by minimizing pressure loss caused by "burrs" and "surface roughness" in internal channels. 3. Shape evaluation before mold investment: A timing where we want to quickly demonstrate heat dissipation capabilities through "machining prototypes" that do not require molds, while keeping mass production via pressing or die casting in mind. 【Supported Materials】 Aluminum (A1050, A6063, etc.), pure copper (such as oxygen-free copper and other high thermal conductivity soft metals), brass. We specialize in fine groove processing of materials that tend to produce burrs and are prone to thermal deformation.
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Nishimura Co., Ltd. possesses top-class precision mold component manufacturing technology in the industry and is engaged in total production of manufacturing from planning, development, design, prototyping to manufacturing. With an unyielding spirit of challenge in pursuit of quality, each staff member is always aiming for high quality.
