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Sheet Metal Fabrication
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Precision Sheet Metal Fabrication and Stamping Parts with Customized Size and Color
Product Details
| Product Name | Sheet Metal Fabrication Parts | Service | OEM，ODM |
|---|---|---|---|
| Material | Stainless Steel，Aluminum | Color | Customized Color |
| Application | Used Widely | Size | Customized Size |
| Highlight | Precision Sheet Metal Stamping Parts,Precision Metal Stamping Parts,Sheet Metal Cutting And Bending Services |
||
Product Description
Precision Sheet Metal Stamping Parts & Aluminum Sheet Metal Cutting/Bending Services
Stainless Steel Fabrication: From Flat Sheet to Functional Assembly
We transform stainless steel sheet into engineered components through four core operations:
- CNC forming
- Code-qualified welding
- Deep draw stamping
- Integrated case building
This process chain delivers geometric precision and metallurgical integrity for demanding applications.
Process Integration: Forming & Joining
Our CNC press brakes execute multi-axis bend sequences with angular repeatability within ±0.5°. Welding operations follow pre-qualified WPS protocols:
- TIG welding for precision joints
- Pulsed MIG welding for production throughput
This ensures fusion consistency and minimal distortion, while the forming-to-welding handoff eliminates tolerance accumulation in built-up assemblies.
Controlled Material Flow Drawing
Deep draw forming uses progressive dies designed in-house, with simulations predicting strain distribution and thinning. This produces seamless three-dimensional geometries including:
- Stepped cups
- Contoured housings
- Embossed panels
Wall thickness variation is held under 10% with no secondary machining required.
Sector-Specific Enclosure Solutions
Case assemblies are engineered for functional requirements rather than generic use:
- Marine electronics housings with salt-spray resistance
- Medical device chassis with sanitary surface finishes
- Telecom enclosures integrating thermal management features
We form mounting bosses, gasket channels, and cable ports directly from the base sheet to reduce hardware and assembly steps.
Design-to-Delivery Workflow
- Manufacturability Analysis: CAD-based springback prediction and weld distortion modeling before tool release
- Soft-Tool Proving: 5-50 piece pilot runs for fit-check and process validation
- Production Scale: Hard tooling, automated nesting, and robotic welding cells for volume
- Finishing & Protection: In-house passivation, electropolishing, and powder coat with full lot traceability
Embedded Quality Controls
Our quality assurance includes:
- SPC monitoring of bend angles, weld penetration depth, and draw tonnage in real time
- First-article inspection reports conforming to AS9102 standards
- Material traceability linked to mill heat numbers
- Metrology lab providing CMM dimensional data and tensile test results
Technical Liaison Model
We provide comprehensive engineering support:
- Applications engineers embedded in your design cycle
- Print reviews for forming limits and alloy selection advice (304L, 316L, duplex grades)
- Feature optimization for tool access
- Program managers sharing capacity dashboards and shipping schedules
Submit for Feasibility Review
Forward your STEP files and performance specs to receive:
- 3-day process plan
- Cycle time estimates
- Tooling investment breakdown
- Unit cost analysis
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