BoValley supports the evaluation of custom metal stamping projects for components such as brackets, clips, retainers, contact parts and formed sheet metal features. Stamping uses matched tooling and a press to cut or form sheet material into defined shapes.
Overview
Metal stamping uses a press and purpose-designed tooling to perform operations such as blanking, piercing, bending and forming. Progressive or compound dies may be considered for suitable part designs and production requirements.
The tooling approach depends on part geometry, material thickness, dimensional requirements and anticipated volume. Tool design and validation are important factors in determining initial cost and production efficiency.
For a new stamping project, BoValley should review the part drawing, material specification, expected annual demand and tooling requirements before recommending a production approach.
For suitable projects, stamping can support repeatable part geometry and efficient production at scale. Tooling investment, part complexity, material selection and expected order volume should be considered together.
Get the Guide With Your QuoteMetal stamping involves an upfront tooling investment, so the right process depends on part geometry, material, annual demand, and expected production life. We review these factors to help determine whether stamping is suitable for your project.
MaterialsMaterials
Metal stamping involves an upfront tooling investment, so the right process depends on part geometry, material, annual demand, and expected production life. We review these factors to help determine whether stamping is suitable for your project.
Choose materials and finishes based on your part's mechanical properties, operating environment, appearance, and application requirements.
| Finish | Description |
|---|---|
| Deburred | Remove sharp edges to meet handling and assembly requirements. |
| Brushed or grained | Specify the visible face and grain direction for suitable materials. |
| Protective coating | Select a coating for the substrate and environment. Specify color, texture, and masking where needed. |
The Process
Depending on the part design and production volume, a project may begin with prototype or laser-cut parts before transitioning to a stamping process. We evaluate geometry, tooling requirements, and expected demand to help identify a practical manufacturing route.
QualityThe examples below show where this process may fit. Material, geometry, and the intended use determine the right approach for each part.
Mounting clips, retaining brackets, and formed tabs.
Suitable conductive metal parts, subject to geometry and material requirements.
Repeated profiles and pierced sheet metal parts.
Parts designed around suitable stamping operations.
Selected conductive and formed metal components for electrical and electronic assemblies.
Form clips, retainers, and fastening components for repeat assembly.
| Types of Parts | Function |
|---|---|
| Retaining clips | Hold or locate mating parts with repeatable stamped features. |
| Metal contacts | Form selected conductive contact shapes. |
| Stamped brackets | Produce repeatable mounting and locating features from sheet stock. |
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