We’re not a welding shop. TheSupplier® delivers die-based stamping and laser cutting with managed QC & global delivery.
We specialize in sheet metal stamping (die-based, high-volume) and laser cutting (fast, flexible) — with DFM support, tight tolerances, and export-grade QC.
Progressive/compound dies for repeatability and low cost per part after tooling.
No tooling cost, quick changeovers — perfect for prototypes and small batches.
In-process & final inspections with documented reports; we own the outcome.
Early DFM reduces cost. Clear tooling ownership, maintenance & amortization plans.
CRCA, SS304/316, Al 5052/6061, GI, copper, brass with certified finishes.
One accountable partner from supplier selection to export documentation.
TheSupplier® matches the right process to your part: die-based stamping for scale and laser cutting for flexibility. Share drawings for exact DFM & quote.
⚡ Final specs depend on geometry, thickness, batch size & finish. We’ll recommend stamping vs laser based on total cost & quality.
Choosing the right process saves cost and lead time. Here’s how stamping, laser cutting, and general fabrication compare:
| Criteria | Sheet Metal Stamping | Laser Cutting | General Fabrication |
|---|---|---|---|
| Process | Die & press based (progressive/compound) | High-power laser cuts flat sheet | Cutting, bending, welding, assembly |
| Best for | Medium → Mass production, repeatable parts | Prototypes, small-to-mid batches, complex shapes | Fabricated frames, welded structures |
| Tooling | Requires dies & tooling (one-time cost) | No tooling cost; fully digital | Jigs/fixtures, minimal hard tooling |
| Unit cost | Lowest at volume (tooling amortized) | Higher per part, but no tooling investment | Varies; labor-intensive |
| Tolerances | Tight, repeatable; ISO 2768 guidance | Clean edges; deburr if needed | Depends on welder/fabricator skill |
| Lead time | Tool design + trials → then very fast | Fastest (direct from CAD) | Moderate; multiple manual steps |
| Industries | Automotive, appliances, electronics | Aerospace, prototyping, consumer products | Construction, heavy equipment, custom jobs |
⚡ We recommend stamping when volumes justify tooling, and laser cutting when speed & flexibility matter. Fabrication is best when welded assemblies are required.
What actually drives your part cost? Here are the key factors for stamping and laser cutting at a glance.
Progressive or compound die — upfront cost, but lowest unit price at scale.
Tooling cost spread across volume — higher volume = lower per-piece cost.
High-speed presses produce thousands/hour, reducing cost per part.
Blanking layout & scrap rate affect raw material cost share.
Cut length, complexity & piercing time directly impact cost.
Thicker sheets = slower cutting speed = higher per-piece time.
Bigger runs = better rates; laser is ideal for prototypes & low runs.
Optimized layouts minimize scrap, lowering material usage.
⚡ Rule of thumb: Laser for prototypes or small runs. Stamping for higher volumes where tooling pays back fast.
TheSupplier® manages the complete tooling lifecycle — from design review to ownership models. Here’s how we deliver reliable dies for high-volume stamping.
Optimize design
Prog. / Comp.
FAI / PPAP
Sharpen / Regrind
Buyer / Amort.
Every shipment from TheSupplier® is backed by 3-stage QC — incoming, in-process, and final inspection — with documented reports and traceability.
Certified CRCA, Stainless, Aluminum, GI, Copper & Brass with export-grade finishes. Pick the tab to see specs.
We’ll confirm achievable thickness, bend radii, and tolerances per drawing and lot availability.
| Material | Typical Thickness | Notes |
|---|---|---|
| CRCA | 0.6–6.0 mm | Good for stamped brackets; economical. |
| Stainless 304/316 | 0.5–4.0 mm | Corrosion-resistant; finishing options incl. passivation. |
| Aluminum 5052/6061 | 0.8–6.0 mm | Lightweight; anodizing available. |
| GI | 0.6–3.0 mm | Zinc-coated steel; good for enclosures. |
| Copper / Brass | 0.4–3.0 mm | Electrical parts, busbars, terminals. |
Exact values per drawing; if unspecified, we reference general ISO 2768 guidelines.
| Finish | Suitable Materials | Typical Use |
|---|---|---|
| Zinc Plating | CRCA, GI | Corrosion protection for brackets/fasteners. |
| Powder Coating | CRCA, SS, Al | Durable color finish for panels & enclosures. |
| Anodizing | Aluminum | Wear resistance & cosmetic finish; clear/black. |
| Passivation | Stainless | Enhances corrosion resistance after machining. |
Our sheet metal stamping & laser cutting solutions power global supply chains across multiple industries.
Brackets, panels, clips, and assemblies with tooling longevity.
Precision components for machines, enclosures, and hardware.
Stamped busbars, terminals, and laser-cut sheet enclosures.
Appliance brackets, frames, and formed housings for durability.
Lightweight, certified sheet metal parts with QC compliance.
Laser-cut precision components for devices & instruments.
We work the way buyers work — NDA, cost drivers, compliance, and clear lead times. Upload drawings and get a manufacturing-ready quote.
We’ll sign your NDA. Files are handled with restricted access and audit trail.
We share cost drivers: material, cycle time, nesting/scrap, finishing, packing.
FAI/PPAP, MTCs, coating thickness, RoHS/REACH on request.
Door-to-port/door-to-door per Incoterms with export-grade packing.
Quick answers about stamping, laser cutting, tooling, tolerances, lead time, and exports.