Rack-Mount Server Chassis
Custom steel or aluminum rack-mount chassis with formed panels, machined mounting features, installed hardware and assembly support.
Discuss This Part →OEM Computing Infrastructure Manufacturing
Custom Server Chassis & Structural Parts Manufacturing
OEM manufacturing support for AI server and data center systems, telecom equipment, industrial computers and network systems.
FSD Precision manufactures custom server chassis, rack-mount enclosures and structural metal components for OEM equipment manufacturers. We support CNC machining, sheet metal fabrication, stamping, die casting, welding, surface finishing and assembly from prototype development through production.
Prototype-to-production manufacturing
Drawing review, inspection and assembly support
What We Manufacture
Server Chassis and Structural Parts We Manufacture
FSD manufactures custom chassis structures and related metal parts according to customer drawings, material requirements and assembly expectations.
GPU Server Housings
Reinforced GPU server structures with airflow openings and coordinated interfaces for cooling modules, power systems and removable components.
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Motherboard Trays
Formed trays with precision cutouts, standoffs and PEM hardware for repeatable PCB positioning and chassis assembly.
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Drive Cages and Storage Frames
Sheet metal frames with formed and stamped features for modular drive installation, positioning and service access.
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Power Supply Housings
Protective power supply structures with ventilation openings, mounting features, surface finishing and serviceable assembly requirements.
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Custom Structural Frames
Fabricated and machined structural frames with welded sections, installed hardware and finishing for OEM computing and electronic equipment.
Discuss This Part →Manufacturing Capabilities
Manufacturing Capabilities for Server Chassis Components
FSD reviews geometry, volume, material and finishing requirements before selecting a manufacturing route.
01
CNC Machining
Precision mounting interfaces, prototypes and machined structural parts.
02
Sheet Metal Fabrication
Panels, covers, trays and formed chassis structures.
03
Metal Stamping
Brackets, clips and repeatable sheet metal components.
04
Die Casting
Complex aluminum housings with integrated ribs and mounting bosses.
05
Welding and Assembly
Structural frames, hardware installation, riveting and subassemblies.
06
Surface Finishing
Powder coating, anodizing, painting, plating and marking.
| Capability | Details |
|---|---|
| Materials | Aluminum, carbon steel, galvanized steel and stainless steel |
| Production | Prototype, low-volume, pilot and production manufacturing |
| Drawing Formats | STEP, STP, IGES, X_T, DWG, DXF, PDF and ZIP |
| Inspection | CMM, dimensional inspection, thread checks and assembly fit checks |
Final capability depends on material, geometry, tolerance requirements and production volume.
Materials for Server Chassis and Structural Parts
Material selection depends on strength, weight, corrosion resistance, grounding requirements, surface finish and manufacturing route.
| Material | Details |
|---|---|
| Aluminum 5052 | Sheet metal panels, covers and brackets requiring forming performance, lightweight structure and corrosion resistance. |
| Aluminum 6061 | Machined structural parts and mounting interfaces requiring balanced strength, machinability and structural performance. |
| ADC12 Aluminum | Die cast housings and integrated structures for complex aluminum parts and production tooling. |
| SPCC Steel | Chassis frames, trays and internal supports where formed and fabricated steel parts are required. |
| SECC Steel | Electronic equipment chassis and panels using coated steel structures and enclosure components. |
| SGCC Galvanized Steel | Frames and panels requiring galvanized surface protection for sheet metal structures. |
| Stainless Steel 304 | Industrial computing systems and harsh environments requiring durability and corrosion resistance. |
Available Surface Finishes
Powder coatingAnodizingPaintingZinc platingChromate conversionBrushingSilk-screen or laser marking
Engineering Considerations
Key Engineering Considerations for Server Chassis
Server chassis manufacturing requires more than cutting and bending sheet metal. Mounting alignment, airflow, grounding, hardware installation and assembly tolerance all affect final equipment performance and serviceability.
Rack and Module Alignment
Critical mounting positions, rack ears and internal supports must maintain repeatable alignment.
Airflow and Ventilation
Fan openings, perforated panels and clearance should support thermal-management requirements.
EMI and Grounding
Material selection, conductive contact areas and finishes may affect grounding continuity.
PEM Hardware Positioning
PEM nuts, inserts and riveted hardware require correct edge distance and assembly sequence.
Panel Flatness and Assembly Fit
Bending, welding and finishing may influence distortion, hole alignment and enclosure fit.
Cooling Module Integration
GPU supports, heat sinks and cold plates may require coordinated mounting interfaces.
Project Workflow
From Drawing Review to Delivery
FSD connects drawing review, process planning, inspection and delivery support in one manufacturing workflow.
01
Drawing and RFQ Review
Review CAD files, material, finish, quantity and critical requirements.
02
DFM and Process Planning
Confirm process selection, hardware installation, tolerance risk and assembly sequence.
03
Prototype or Sample Production
Produce parts for fit, surface and assembly review when required.
04
Inspection and Assembly Verification
Check critical dimensions, panel flatness, threaded features, surface condition and assembly fit.
05
Production and Delivery
Coordinate manufacturing, final inspection, packaging and export delivery.
Inspection reports and quality documentation can be prepared according to project requirements. Learn more about quality control.
Typical Manufacturing Scope
Typical Server Chassis Manufacturing Scope
The following example shows a typical manufacturing scope based on common server chassis requirements. Final details depend on customer drawings.
- Typical Components
- Top cover, bottom frame, motherboard tray, GPU brackets, fan panel and rear I/O panel
- Materials
- Aluminum 5052, SECC steel or project-specified materials
- Processes
- Laser cutting, bending, CNC machining, stamping, hardware installation, finishing and assembly
- Engineering Focus
- Panel flatness, hole alignment, airflow openings and repeatable assembly
- Inspection Focus
- Critical dimensions, threaded features, surface condition and assembly fit
The final manufacturing route and inspection plan are reviewed according to material, tolerance, finish and production requirements.
Support
FAQs
Still have questions about your drawings, materials or production requirements?
Upload your drawings →Can you manufacture custom server chassis from customer drawings?
Yes. FSD Precision manufactures custom server chassis, rack-mount enclosures and structural metal parts from customer drawings. Our team reviews 2D drawings, 3D CAD files, material requirements, assembly needs and estimated quantities before quotation.
Which materials are commonly used for server chassis?
Common materials include Aluminum 5052, Aluminum 6061, ADC12 aluminum, SPCC steel, SECC steel, SGCC galvanized steel and Stainless Steel 304. Material selection depends on rigidity, weight, corrosion resistance, surface finish, production method and equipment environment.
Do you support prototype server chassis production?
Yes. FSD supports prototype server chassis and structural component production before pilot or production manufacturing. Prototype work helps verify fit, airflow openings, fastener locations, assembly sequence and manufacturability before final process planning.
Can you manufacture both sheet metal and machined structural parts?
Yes. FSD supports sheet metal chassis panels, bent enclosures, stamped brackets and CNC machined structural parts. Many server projects require a combination of fabrication, machining, surface finishing and assembly to complete the enclosure structure.
What drawing formats do you accept?
For quotation and engineering review, FSD accepts STEP, STP, IGES, X_T, DWG, DXF, PDF and ZIP files. Clear 2D drawings are helpful for tolerances, material, finish, thread details, PEM hardware and inspection requirements.
Do you provide surface finishing services?
Yes. Available surface finishes may include powder coating, anodizing, painting, zinc plating, chromate conversion coating, brushing, silk-screen printing and laser marking. Final finish selection depends on material and application requirements.
Can you install fasteners and complete subassemblies?
FSD can support project-based fastener installation, PEM nut insertion, riveting, threaded inserts, basic subassembly, dimensional verification and packaging. Assembly scope is reviewed according to drawings, BOM requirements and quality expectations.
How do you control panel flatness and assembly fit?
Panel flatness and assembly fit are reviewed through process planning, in-process inspection and final assembly checks. Bending sequence, welding, hardware installation and surface finishing can all affect final geometry, so inspection requirements should be defined from the customer drawing.
Can you manufacture chassis parts for liquid-cooled servers?
FSD can manufacture structural brackets, housings, panels and mounting interfaces used with liquid-cooling modules. Cooling system performance, sealing and thermal validation remain subject to the complete customer design and project requirements.
What information is needed for an accurate quotation?
Please provide 2D drawings, 3D CAD files, material, finish, quantity, tolerance requirements, assembly requirements and any inspection or packaging expectations. Material, quantity and tolerance information helps improve quotation accuracy.
RFQ Support
Ready to Start Your Server Chassis Project?
Multi-process manufacturing · DFM support · Quality inspection · Prototype-to-production
Upload your 2D drawings, 3D CAD files, material requirements and estimated quantities for engineering review and quotation.
01
Accepted Files
STEP, STP, IGES, X_T, DWG, DXF, PDF and ZIP
02
NDA Support
NDA available upon request before detailed drawing review
03
Engineering Review
Material, quantity and tolerance information improves quotation accuracy