CIXIN MACHINERY TECHNOLOGY
Precision Stamped Bracket Component
A precision metal-stamped bracket designed for automotive and industrial assemblies. Highlights the Precision Metal Stamping service to produce small, bent sheet components with holes and embossed features, ensuring consistent dimensional accuracy and structural integrity.
- Dimensional Accuracy: Maintains tight tolerances across bends and punched holes.
- Formed Features: Bends and embossed areas integrated in a single stamping operation.
- Material Compatibility: High-strength steels and aluminum alloys suitable for automotive and industrial use.
- Surface Finish: Smooth stamped surfaces with minimal burrs for easy assembly.
- Production Versatility: Supports prototyping, small-batch, and volume production with consistent quality.
Share:
- Description
- Specification
- Application
- FAQS
This bracket component demonstrates CIXIN’s ability to handle small metal sheets with precise bends, holes, and embossed features in one process. By using optimized stamping dies and controlled press forces, the part achieves uniform thickness, accurate angles, and smooth surfaces.
Advanced tooling allows the integration of multiple features in a single operation, reducing handling and maintaining consistent quality. Secondary operations, such as edge deburring and trimming, ensure the component is assembly-ready. These capabilities enable fast turnaround and repeatable production for automotive and industrial applications.
| Parameter | Details |
| Material | High-strength steel / Aluminum alloys |
| Part Length | 60 mm |
| Part Width | 25 mm |
| Thickness | 1 mm |
| Tolerance | ±0.05 mm |
| Surface Finish | Smooth stamped, light deburring |
| Features | Formed bends, holes, embossed areas |
| Production | Prototype, small batch, or volume |
- Automotive Industry: Small brackets, mounting plates, or support components
- Industrial Equipment: Sheet metal parts requiring precise bends and holes
- EV Modules: Structural and functional stamped sheet components
- Assembly Fixtures: Parts needing reliable flatness and consistent hole placement
Q1: What makes this bracket suitable for precision stamping?
Its flat sheet geometry combined with bends, holes, and embossed features can be produced accurately in a single stamping operation.
Q2: How are bends and holes formed consistently?
Optimized stamping dies and controlled press force ensure uniform bending and precise hole punching across multiple parts.
Q3: Can the bracket dimensions or material be customized?
Yes, CIXIN can adjust length, width, thickness, hole positions, bends, and material based on project requirements.
Q4: Is this suitable for both prototyping and volume production?
Yes, the stamping process supports small-batch prototypes as well as large-volume automotive or industrial runs.
Q5: How does the surface finish support assembly?
Smooth stamped surfaces and light deburring reduce interference, enable easy installation, and improve part longevity.
