Liquid Cooling Components
Machined aluminum components for liquid-cooling assemblies, cooling housings and related thermal-management structures.
Liquid Cooling Components →AI SERVER & DATA CENTER
FSD Precision supports drawing-based manufacturing for AI server and data center equipment, including liquid-cooling components, server chassis parts, heat sinks, aluminum housings, structural sheet-metal components and precision machined parts. Manufacturing routes can be reviewed according to thermal interfaces, cooling-related geometry, structural requirements, mounting interfaces, material and production needs.

COMPONENT COVERAGE
FSD supports drawing-based custom components used in AI server hardware, data center thermal-management assemblies, server chassis structures and related equipment. Component requirements are reviewed according to geometry, material, cooling interfaces, mounting features, manufacturing route and downstream operations.
Machined aluminum components for liquid-cooling assemblies, cooling housings and related thermal-management structures.
Liquid Cooling Components →Stamped and formed sheet-metal parts for server chassis, mounting structures and equipment enclosures.
Server Chassis & Structural Parts →Aluminum heat sinks and thermal components for server and power-electronics heat dissipation.
Heat Sinks & Thermal Components →Precision machined components for cooling interfaces, housings, brackets and structural assemblies.
CNC Machined Parts →Custom aluminum housings for server power, control and supporting equipment.
Aluminum Housings & Enclosures →Custom brackets, mounting plates and structural interface components for server, rack and data center equipment assemblies.
Stamped Metal Parts →APPLICATION AREAS
AI server and data center equipment parts can vary by cooling geometry, chassis fit, mounting interface and downstream assembly requirements.
Custom cooling, structural and machined components used in AI server hardware assemblies.
Thermal-management, chassis and structural components used around high-density server platforms.
Machined aluminum components and supporting structures used in liquid-cooling assemblies.
Aluminum housings, heat sinks and structural parts used around power and control equipment.
Stamped and formed metal parts for server chassis and supporting equipment structures.
Heat sinks, machined interfaces and cooling-related components used in thermal-management assemblies.
MANUFACTURING CONSIDERATIONS
AI server and data center components are not selected for manufacturing only by overall dimensions. Cooling geometry, chassis fit, mounting interfaces, material, quantity and downstream operations should be reviewed together before choosing CNC machining, metal stamping, die casting or surface finishing.
Cooling contact surfaces, heat-transfer interfaces and flatness requirements can affect machining and inspection planning.
Channels, manifold-related geometry and cooling structures influence tooling access, machining strategy and manufacturing route.
Mounting holes, formed features and assembly interfaces need to match the surrounding server structure.
Critical flat areas and precision interfaces may require additional machining, fixturing and inspection planning.
CNC machining, stamping, die casting and downstream finishing should be selected according to geometry, quantity and final part requirements.
Process planning should consider not only prototype feasibility, but also inspection, repeatability and future production needs.
MANUFACTURING ROUTES
For liquid-cooling components, machined cooling structures, heat sinks, precision housings and mounting interfaces.
CNC Machining →For server chassis parts, panels, brackets, covers and formed structural components.
Metal Stamping →For suitable aluminum housings, enclosures and structural components requiring downstream machining where necessary.
Die Casting →For applicable machined aluminum and sheet-metal components requiring downstream appearance or protection requirements.
Surface Finishing →MULTI-PROCESS COMPONENTS
Machined aluminum cooling and housing components may require downstream finishing according to appearance, protection and assembly requirements.
Formed chassis components may require tapping, machining, hardware integration or other secondary operations according to the drawing.
Cast aluminum housings may require precision machining on mounting surfaces, bores and interface features.
Projects that combine primary and downstream operations can be reviewed through multi-process manufacturing support.

LIQUID COOLING
Machined aluminum structures can be reviewed according to cooling-related geometry, contact surfaces and assembly interfaces.
Aluminum housings and manifold-related components can be manufactured according to drawing-defined geometry and interface requirements.
Flat contact areas, mounting surfaces and precision interfaces can receive CNC machining where required.
Cooling component geometry and server structural interfaces can be reviewed together when they belong to the same assembly.
Liquid Cooling Components can be reviewed according to drawings and downstream requirements.
SERVER CHASSIS
Sheet-metal panels can be formed according to chassis geometry, openings and mounting requirements.
Custom brackets and supports can be manufactured for server and equipment mounting structures.
Formed metal structures can support server chassis and equipment assembly requirements.
Tapping, machining, hardware integration and finishing can be reviewed according to drawing requirements.
Server chassis panels, brackets and structural metal parts can be reviewed through our Server Chassis & Structural Parts manufacturing capabilities according to project drawings and downstream requirements.
PROJECT WORKFLOW
2D drawings, 3D models and project requirements are reviewed.
Outcome: Requirements aligned
Geometry, material, thermal interfaces and manufacturing route are reviewed.
Outcome: Manufacturing route defined
Required tooling, fixtures and production preparation are coordinated.
Outcome: Production preparation completed
Initial components are produced for project review.
Outcome: Samples prepared
Relevant dimensions, mounting interfaces and project requirements are reviewed.
Outcome: Requirements verified
Approved requirements move into repeat manufacturing and supply.
Outcome: Production coordinated

QUALITY CONTROL
Dimensions and relevant features are reviewed against approved drawings.
Cooling-related contact surfaces and machined interfaces can be reviewed according to drawing requirements.
Mounting holes, formed features and assembly interfaces can be checked according to project requirements.
Relevant appearance and surface requirements are reviewed before delivery.
MATERIAL OPTIONS
Suitable for cooling components, heat sinks, housings and precision machined parts.
Suitable for brackets, chassis structures and selected formed components.
Suitable for applicable server chassis, structural and stamped components.
Suitable for selected molded supports, covers and functional components when required.
RFQ INPUTS
| Project Information | What We Review |
|---|---|
| 2D Drawings | Dimensions, critical features and interface requirements |
| 3D Models | Geometry and manufacturing feasibility |
| Material | Compatibility with the intended manufacturing route |
| Estimated Quantity | Production-stage and process considerations |
| Surface Requirements | Relevant downstream finishing needs |
| Thermal / Cooling Requirements | Cooling-related geometry, contact surfaces and interface considerations |
| Assembly Requirements | Mounting, hardware and structural interface needs |
| Current Project Stage | Prototype, validation, supplier transfer or repeat-production context |
PROJECT SCENARIOS
Support for new AI server, cooling, chassis and thermal-management components from early drawing review through sample manufacturing.
Review of existing components when customers need alternate manufacturing sources, production transfer or supply continuity support.
Projects that combine CNC machining, stamping, die casting, secondary machining, finishing or assembly-related operations.
Approved components moving from sample validation into repeat manufacturing and ongoing project coordination.
WHY FSD
Different manufacturing processes can be reviewed according to the actual component requirements.
Project discussions remain centered on drawings, models and interface requirements.
Cooling, thermal-interface and chassis requirements can be considered together during manufacturing review.
Engineering feedback, revisions, samples and repeat-production requirements can remain connected through the project. OEM Project Coordination
FAQ
FSD can review drawing-based liquid cooling components, server chassis metal parts, heat sinks, aluminum housings, stamped structural parts and CNC machined components used in AI server and data center equipment.
Yes. Machined aluminum cooling components, cold-plate-related structures, cooling housings, manifold-related parts and thermal interfaces can be reviewed according to customer drawings and assembly requirements.
Yes. Server chassis panels, brackets, covers, formed structures and related sheet-metal components can be reviewed according to chassis geometry, mounting features, material and downstream operations.
Yes. Machined aluminum cooling and housing components can be reviewed for applicable surface finishing when appearance, protection or assembly requirements are defined by the project drawings.
Please send available 2D drawings, 3D models, material requirements, estimated quantity, surface requirements, thermal or cooling requirements, assembly needs and the current project stage.
Yes. After samples and relevant requirements are reviewed, approved component requirements can move into repeat manufacturing and ongoing project follow-up.
START YOUR PROJECT
Send us your available drawings, 3D models and project requirements. We can review component geometry, material, thermal and cooling interfaces, chassis requirements, manufacturing route and downstream operations before preparing the next manufacturing steps.