Sheet Metal Stamping Services for Industrial Applications
High-speed stamping for high-volume sheet metal components and custom hardware integration. From 500 units, repeatable geometry with integrated fasteners and reinforcing features. Die design in 2–4 weeks; 48h DFM & quote.
We'll respond with DFM notes and pricing within 48 hours.
High-Speed Stamping for Volume Production
Progressive & Single-Station Stamping
Stamping delivers unmatched speed and cost-effectiveness for high-volume production. Progressive dies process multiple features in a single press stroke—cutting, forming, and integrating hardware all at once. This dramatically reduces cycle time and makes complex geometries economical at scale.
From reinforcing ribs that add strength without weight to integrated fastener holes that eliminate secondary operations, stamping unlocks design possibilities impossible with other processes.
- Geometry optimization for progressive die design
- Material flow analysis and draw depth evaluation
- Hardware location and integration planning
- Reinforcing rib and emboss design for strength optimization
- Production volume analysis to justify die investment
Stamping Capabilities
Our stamping systems handle diverse applications and materials:
- Progressive Dies — Multiple features per press stroke for maximum speed and efficiency
- Single-Station Dies — Flexible for moderate volumes and complex geometries
- Custom Geometry — Reinforcing ribs, embosses, and integrated features
- Hardware Integration — Self-clinching fasteners and formed holes in single operation
Stamping Capabilities
From high-speed progressive stamping to custom single-station dies, our stamping systems deliver cost-effective volume production with integrated hardware and complex geometry.
Progressive & Single-Station Stamping
High-speed stamping for volume production. Progressive dies process multiple features in single press stroke, dramatically reducing cycle time and cost per piece.
Complex Geometry Development
Reinforcing ribs, embosses, and integrated flanges add strength without weight. Custom geometry delivers functional advantages and cost optimization.
Hardware Integration
Self-clinching fasteners, threaded inserts, and formed holes integrated during stamping. Eliminates secondary assembly and reduces overall component cost.
Application Examples
See how stamping enables high-volume production, integrated hardware, and cost-effective manufacturing for automotive, electronics, and custom applications.
Electronics Hardware Components
Stamped mounting brackets with integrated fastener holes. Reinforcing ribs ensure strength while maintaining lightweight design.
Automotive Structural Parts
High-volume formed components for chassis, body panels, and structural reinforcement. Repeatable geometry ensures consistency across entire production run.
Custom Fasteners & Hardware
Formed fasteners, clips, and custom hardware with integrated features. High volume production with minimal secondary operations.
Why Partner with X-KPR
When high-volume stamping needs precision, rapid die development, and cost-effective production, X-KPR delivers proven results and transparent tooling investment analysis.
Fast Turnaround
Die design and fabrication completed within 2–4 weeks. First parts ready for validation quickly.
Cost-Effective at Scale
High-speed stamping dramatically reduces per-piece cost at volume. Tooling investment amortized across large production runs.
Repeatable Precision
Die-driven accuracy ensures identical geometry across millions of parts. Perfect for critical applications requiring consistency.
Quality Assurance & Inspection
Stamped Sheet Metal Part
First Article & Production Inspection
Every stamped component undergoes rigorous inspection for dimensional accuracy, geometry consistency, and hardware installation. Our quality systems ensure first articles meet specifications and maintain consistency throughout production runs.
- First Article Inspection (FAI) with full dimensional report
- In-process geometry verification during production
- Statistical Process Control (SPC) for high-volume runs
- Hardware installation verification and pull testing
- Final dimensional and visual inspection against drawing specs
For high-volume production, we implement Statistical Process Control (SPC) to monitor die wear and maintain consistent quality across millions of parts.
Frequently Asked Questions
What are typical die costs for stamping?
What is the minimum production volume?
Can you stamp stainless steel and aluminum?
What hardware integration options are available?
How are tolerances controlled in stamping?
What about production lead time?
Request a Quote — Upload Your Design
Tell us your part geometry, material, thickness, hardware requirements, and expected volume. We'll return DFM feedback and a detailed tooling investment & quote within 48 hours.
Accepted Formats: STEP · IGES · DWG · PDF
RFQ Form
This section will be replaced by an Elementor Form widget in production.
Form fields: File Upload, Material Type, Thickness, Expected Volume, Hardware Requirements, Delivery Timeline