CIXIN MACHINERY TECHNOLOGY
Precision Stamped Reinforced Sheet Component
A precision metal‑stamped structural sheet component with central reinforcing rib and pre‑punched holes, engineered for robust assembly integration. This part demonstrates the capability of Precision Metal Stamping to produce flat, formed components with high dimensional control and structural performance suited for heavy‑duty applications.
- Precision Forming: Integrated reinforcing ridge and flanges formed in a single press‑stamp cycle.
- Accurate Feature Control: Tight hole position tolerances and consistent bend profiles ensure assembly compatibility.
- Material Compatibility: Supports high‑strength steel, aluminum alloys, and automotive‑grade steels.
- Efficient Production: From prototype tooling to high‑volume stamping with repeatable quality.
- Minimal Secondary Work: Smooth stamped surfaces and optimized die design reduce need for post‑processing.
- Structural Integrity: Reinforced geometry enhances stiffness without adding weight or secondary welding.
Share:
- Description
- Specification
- Application
- FAQS
This stamped sheet component exemplifies high‑precision metal forming where flatness, hole accuracy, and formed features are critical to functionality. Using advanced stamping dies and controlled press forces, CIXIN produces parts with uniform thickness, consistent bend radii, and precise hole alignment. The central raised rib adds structural strength while maintaining flat surfaces for easy assembly integration.
Precision Metal Stamping at CIXIN combines multi‑stage progressive tooling with optimized material flow control to stamp and form complex features in one continuous process. This approach reduces material distortion, enhances repeatability, and ensures dimensional accuracy across every part in the run.
From early prototype tooling to small batch and scaled production, CIXIN’s stamping service delivers components with predictable quality and fast turnaround times. Integrated quality checks at each stage ensure the stamped parts consistently meet dimensional and surface requirements for demanding applications.
| Parameter | Details |
| Material | High‑strength steel / Aluminum alloy |
| Dimensions | ~110 × 70 mm (custom per drawing) |
| Material Thickness | 1.2 mm |
| Hole Diameter | ~5 mm (customizable) |
| Bend Height | 6–10 mm |
| Tolerance | ±0.05 mm |
| Surface Finish | Smooth stamped surface |
| Production | Prototype → Small batch → Volume |
- Automotive Components: Structural clips, brackets, and reinforced panels
- Industrial Equipment: Stamped parts requiring stiffness and accurate hole alignment
- EV & New Energy Modules: Formed sheet parts with reinforcing geometry
- Mechanical Assembly Fixtures: Precision mounting and support brackets
Q1: How does stamping maintain dimensional accuracy on flat features and bends?
Using precision die design and controlled press force, CIXIN minimizes springback and material distortion, delivering repeatable flatness and consistent bend profiles.
Q2: Can pre‑punched holes stay aligned after bending and stamping?
Yes — CIXIN’s progressive tooling sequences holes before forming bends to ensure positional accuracy throughout the process.
Q3: Is secondary machining or finishing required?
In most cases no — smooth stamped surfaces and well‑controlled material flow reduce the need for secondary work like grinding or polishing.
Q4: Can the component be made in different materials?
Yes — high‑strength steel, automotive alloys, and aluminum sheet metal are all supported based on application requirements.
Q5: What production volumes can be handled?
CIXIN supports everything from initial prototype runs and small batches to high‑volume automotive or industrial production with consistent outcomes.
