Our factory specializes in manufacturing high-precision metal hardware, including electronic terminals, automotive clips, and structural components for home appliances. With mature engineering capabilities and 20+ years of mold manufacturing experience, we deliver reliable, cost-effective tooling solutions to our customers.


| Parameter | Specification |
| Applicable Materials | Stainless steel, Brass, Aluminum, Low-carbon steel |
| Sheet Thickness Range | 0.1–6.0 mm |
| Dimensional Tolerance | ±0.05 mm (typical); ±0.02 mm (precision) |
| Process Types | Single-station die / Compound die / Progressive die (+ deep drawing, forming) |
| Die Steel | SKD11, DC53, Tungsten carbide (YG20 / YC20C) |
| Die Life | ≥1,000,000 strokes (progressive); ≥300,000 strokes (single-station) |
| Stamping Speed | 200–1,200 SPM (progressive); 30–100 SPM (single-station) |
| Press Tonnage Range | 25T–800T |
| Single-Station Die T1 Lead Time | 2 weeks |
| Progressive Die T1 Lead Time | 4–6 weeks |
| Surface Finish | Ra 0.4–3.2 µm (as stamped); mirror polishing available |
| Material | Typical Grade | Thickness Range | Characteristics |
| Stainless Steel | SUS304 / SUS301 / SUS430 / SUS316 | 0.1–10.0 mm | Corrosion resistance, high strength, work-hardening |
| Brass | T2 / TU2 / C26000 / C26800 | 0.1–12.0 mm | Good conductivity, excellent formability |
| Aluminum | 5074 / 5052 / 6061 / 1060 / 3003 | 0.2–12.0 mm | Lightweight, corrosion-resistant, high springback |
| Low-Carbon Steel | SPCC / DC01 / SECC / DC01+Z275 | 0.1–12.0 mm | Good formability, low cost, weldable |
1. Stainless Steel — Springback & Tool Wear
Stainless is strong and work-hardens fast, so it springs back a lot and wears out tools quickly. Fix: over-bend a bit, open up the die clearance, and use tough tooling like DC53 or tungsten carbide with a TiCN coating.
2. Brass / Phosphor Bronze Springs — Springback & Conductivity
Springback messes with contact force, and heat or dirt can kill conductivity. Fix: dial in the bend angle, do a stress-relief anneal, and keep things clean with the right lube so the surface stays good.
3. Aluminum — Burr Control
Aluminum is soft and gummy, so it makes big burrs and sticks to the die. Fix: keep edges sharp, run tighter clearance (6–8% of thickness), use the right lube, and stay on top of die maintenance.
4. Carbon Steel — Springback & Dimensional Consistency
Carbon steel is easy to form but still springs back, especially at higher strength grades. Fix: compensate the bend angle, keep clearance consistent, and use good lubrication to keep dimensions stable.
5. Galvanized Steel — Coating Damage & Flaking
The zinc coating can crack, flake, or rub off during forming, which hurts corrosion resistance. Fix: use larger bend radii, reduce die friction with proper lube, and polish die surfaces to protect the coating.
We offer flexible mold solutions—single-station, compound, and progressive dies—selected based on your product volume, precision, and cost budgets:
1. Single Dies – Ideal for small batches or large parts. In only 2 weeks, you can get T1 samples.
2. Compound Dies – Well-suited for medium-volume parts. Combine multiple operations in a single press stroke with greater efficiency.
3. Progressive Dies – Fully automated, ideal for high-volume parts. High precision, high consistency, and high stability are always our requirements.
| Process Type | Best For | Volume | Tooling Cost | T1 Lead Time |
| Single-Station Die | Simple parts, low volume | 1K–10K pcs | Low | 2 weeks |
| Compound Die | Flat parts, high precision | 10K–100K pcs | Medium | 3–4 weeks |
| Progressive Die | Complex parts, high volume | 100K+ pcs | High | 4–6 weeks |
Our stamped metal parts serve a wide range of industries:
Electronic terminals & connectors – signal and power transmission
Automotive clips & fasteners – interior, exterior, and under-hood
Home appliance structures & springs – compressors, washers, and fans
Household hardware – hinges, brackets, and fasteners
EMI shielding parts – electronics and communication equipment
From consumer goods to industrial systems, we deliver precision stamped components for every application.
1. DFM – Review drawings, strip layout, stations, clearance, springback.
2. Die Manufacturing – CNC, wire EDM, sinker EDM, grinding, heat treatment, coating, inspection.
3. Die Assembly – Assemble plates, punches, pilots, springs; set clearance and feed.
4. Trial Run (T1) – Mount die, run samples, check dimensions, burr, angle; adjust.
5. Small Batch – 500–5,000 pcs; CPK/PPK, tool wear, plating, PPAP approval.
6. Mass Production – High-speed stamping, SPC, maintenance, plating, packaging.
1. Use High-Strength and High-Toughness Mold Materials
Our molds are engineered using premium mold materials such as SKD11, DC53, and tungsten carbide. This ensures stable performance and long service life.
2. Use Precision Components & Systems
Forming Components (such as punches and dies) – Precision-ground to maintain exact part geometry to ensure the mold gap is very small.
Positioning Systems (pilot pins, stop pins) – Ensure consistent material alignment stroke after stroke.
Guiding Systems (guide posts, bushings) – Maintain alignment and reduce wear during high-speed operation.
Support Structures – Provide the rigid framework essential for precision stamping.
3. Use Standard Mold Accessories
ISO/TC 29/SC 8, DIN ISO 18084, VDI 3357, VDI 3386, VDI 3349, and ANSI B5.25 can be used in the mold design. It’s easier to repair and maintain.
We are an ISO certified company, have a strict quality control system, and design and manufacture molds strictly according to the customer's requirements. We give you one-stop stamping solutions that combine high stability, competitive pricing, and reliable performance. We look forward to putting our expertise to work for you.
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