Metal Stamping Services in China — Progressive Die, 15T–400T, Up to 600 SPM
ISO 9001:2015 Certified | Progressive, Compound & Stage Die | Deep Drawing | Up to 600 SPM | In-House Die Design
Metal stamping uses a die and press to cut, form, or draw sheet metal into finished parts at high speed and volume. Progressive dies complete multiple operations in a single automated strip pass.
We design and manufacture all stamping tooling in-house, operating presses from 15T to 400T at speeds up to 600 strokes per minute — for volumes from 100,000 to 50,000,000+ pieces per run. We also offer compound die, stage die, and deep drawing (up to 3:1 draw ratio) for housings, connectors, and structural brackets.
✔ ISO 9001:2015 Certified
✔ Progressive, Compound & Stage Die Capability
✔ 15T–400T Press Range
✔ Up to 600 SPM High-Speed Stamping
✔ In-House Die Design & Manufacture
✔ Free Die Maintenance for Production Life
Core Metal Stamping Services — Progressive Die, Deep Drawing & Fine Blanking
High-Speed Custom Metal Stamping Services
High-speed presses operating at 200–600 SPM for ultra-high-volume production. Ideal for small, intricate components — electronic connectors, lead frames, and terminal pins. At 400 SPM, a single shift produces approximately 240,000 pieces.
Precision Progressive Die Metal Stamping
Progressive die stamping: a material strip passes through multiple stations in a single press — fully automated. Ideal for complex parts requiring high-volume, long-term production runs (100,000 to 50,000,000+ pieces) with minimal material waste.
Deep Drawing & Custom Metal Stamping Services
Deep drawing forms sheet metal into seamless hollow components where depth exceeds diameter — up to 3:1 draw ratio in a single draw. Ideal for industrial enclosures, automotive oil pans, stainless steel shells, and cylindrical housings for the medical and energy sectors.
Fine Blanking for Heavy-Duty Custom Metal Stamping Services
Fine blanking for parts requiring smooth, straight edges and extremely close tolerances — superior flatness and dimensional accuracy. We integrate coining to create detailed surface features or high-strength structural parts, eliminating costly secondary CNC machining.
Stamping Die Types — Selecting the Right Tool for Your Part
Die type selection determines the cost-per-part, minimum run size, and achievable part complexity for any stamping project. We manufacture all four major die types in-house and recommend the appropriate type during the DFM review stage based on your part geometry, required volume, and tolerance requirements.
Die Type | How It Works | Best Application | Production Volume | Dimensional Tolerance |
Progressive Die | Part advances through multiple stations in one die set. Each press stroke: blank, pierce, form, cut-off completed sequentially. Fully automated strip feed. | Electronic terminals, connector pins, lead frames, medical clips, spring contacts, washer assemblies | 100,000 to 50,000,000+ pieces per run. | ±0.05mm on blanked features; ±0.1mm on formed features |
Compound Die | Blanking and piercing completed simultaneously in a single stroke. Tightest concentricity between OD and ID features. | Precision washers, gaskets, flat blanks requiring simultaneous OD and ID accuracy | 5,000 to 500,000 pieces. | ±0.03mm OD/ID concentricity achievable |
Stage/Transfer Die | Parts transfer between individual die stations via robot or manual handling. Each station performs one operation. | Deep drawn housings, complex brackets, automotive structural parts with multiple bend and draw features | 5,000 to 500,000 pieces. | ±0.1mm to ±0.2mm on formed dimensions |
Single-Operation Die | One operation per stroke: blank only, pierce only, or form only. Simple tooling, fast to produce. | Prototype quantities before progressive die investment; simple flat blanks; R&D validation | 1 to 10,000 pieces. | ±0.1mm standard |
Our Stamping Processes — Technical Overview
Below are the 4 core stamping processes we run in-house — each configured for specific part geometries, volume ranges, and tolerance requirements. Our toolroom designs and manufactures all tooling, so process selection and die design are optimized together.
Precision Blanking & Piercing
Blanking and piercing define the perimeter geometry and internal features of stamped parts. Our toolroom maintains a dimensional library of standard punch and die sets — allowing us to begin prototype production on many standard feature sizes within days of drawing receipt.
For fine blanking requirements (smooth, square shear faces with no roll-over or break angle), we partner with certified fine blanking presses — appropriate for hydraulic valve discs, locking ratchet plates, and precision lock components.
High-Speed Progressive Stamping
High-speed presses operating at 200–600 SPM are configured for long-run progressive die production of small, high-precision components. Servo-controlled strip feeds maintain ±0.01mm pitch accuracy across the full die length — critical for terminal pin and connector applications where cumulative station error would cause out-of-position features.
High-speed progressive stamping is the lowest-cost per-piece method for volumes above 100,000 units. At 400 SPM, a single shift produces approximately 240,000 pieces — the standard process for electronic connector terminals, spring contacts, and medical clip components.
Deep Drawing Services
Deep drawing forms flat sheet metal into cylindrical, rectangular, or custom-profile hollow shapes by pressing a blank through a die with a punch. Draw ratio (height to diameter) determines how many press stages are required — our standard capability is up to 3:1 in a single draw.
We deep draw stainless steel 304/316L, aluminum 1050/3003/5052, copper C11000, and mild steel CR1008. Parts are produced on hydraulic and servo presses from 100T to 300T. Typical applications: battery cell cans, medical syringe body housings, motor end caps, and filter housings.
Complex Tooling: Bending, Embossing & Coining
Progressive and stage dies can incorporate secondary form features — bends, ribs, embossments, threads, and coined surfaces — in the same die set, completing the full part geometry in a single press pass without secondary operations. Our toolroom designs and manufactures these compound tools in-house using CAD/CAM programming with dimensional simulation.
Coined features achieve the tightest dimensional tolerances in stamping — coining can produce flat surfaces to ±0.01mm and stamped contacts to exacting force requirements.
Our Competitive Advantages in Metal Stamping Services
With over 10 years of export experience, we translate high-efficiency production and engineering precision into a sustainable cost advantage for our global OEM partners.
High Precision & Consistency in Metal Stamping
In-house Die Design: In-house die design and manufacture ensure the highest dimensional accuracy and repeatability for every stamped part.
OEM Excellence: Preferred partner for OEM metal stamping projects requiring strict tolerance control (±0.05mm) and superior surface finishes.
Flexible Capacity (15T – 400T Press Range): A diverse fleet of stamping presses from 15T to 400T offers scalability for both small-batch trials (1–10,000 pieces) and large-scale production (up to 50,000,000+ pieces).
Rapid Response: Standard lead time 3–7 days for urgent samples; production lead time 15–25 days depending on complexity and volume.
Supply Chain & Logistics for Global OEM Buyers
Service Network : Flexible logistics supporting global OEM customers with remote project management and English-speaking account managers.
JIT & Kanban Support: Just-in-Time (JIT) and Kanban services to optimize your production lines and minimize inventory costs.
Logistics Efficiency: Barcoding and labeling services for efficient material management and tracking throughout the export process.
Cost-Effectiveness at Volume: While the initial investment in stamping presses is higher, the long service life of our in-house tooling ensures affordable mass production of precision components.
Stamping Applications by Industry
We stamp precision metal components for 6 core industries — with material traceability, industry-aligned quality systems, and full documentation.
| Industry | Typical Stamped Parts | Materials | Key Requirements |
| Automotive & EV | Body reinforcements, seatbelt anchors, door hinges, stamped contacts, battery terminal plates | CRS 1008/1010, DP590, Cu C11000, SS 301 | IATF 16949 alignment; PPAP; high-volume progressive die; crash performance |
| Electronics & Telecoms | Terminal pins, lead frames, EMI shielding cans, RF connectors, spring contacts | Copper C17200, SS 301, SS 304, BeCu (Beryllium Copper) | High-speed progressive (400–600 SPM); tight feature tolerance ±0.05mm; plating compatible |
| Medical Devices | Surgical clip components, implant clips, diagnostic device contacts, instrument springs | SS 316L, SS 301, Ti Grade 2 | Biocompatible material; full MTR traceability; clean-room packaging on request |
| Industrial Equipment | Motor laminations, relay contacts, precision washers, mounting brackets, heat sink fins | CRS 1008/1010, SS 304, Al 1050 | Volume consistency; tight blanking tolerance; automated strip feed |
| Consumer Products | Appliance brackets, decorative hardware, furniture clips, door hardware | CRS 1008/1010, Galvanized Steel, Brass | Cosmetic surface; zinc or nickel plating; aesthetic burr-free edges |
| Energy & Renewables | Solar mounting clips, battery cell cans, busbar blanks, relay contacts | Al 3003/1050, Cu C11000, SS 304 | Corrosion resistance; conductivity; volume production |
Stamping Materials & Thickness Specifications
We work with high-quality industrial materials according to global standards (AISI, SAE, ASTM) — with material certifications (MTRs) available on request.
| Material | Common Grades | Thickness Range | Key Stamping Characteristics | Typical Applications |
| Stainless Steel | 304, 316L, 301, 201 | 0.1mm – 3.0mm | High spring-back; work-hardens during forming; requires lubrication and polished tooling | Medical clips, food equipment contacts, architectural components, marine hardware |
| Aluminum | 1050, 3003, 5052-H32, 6061-T4 | 0.3mm – 6.0mm | Excellent formability (5052/3003); lower spring-back than steel; anodizable finish | EV battery cans, electronic enclosures, heat shields, aerospace blanks |
| Mild Steel (CR) | 1008/1010 (AISI), DC01 (EN), SPCC (JIS) | 0.3mm – 10mm | Best formability and lowest spring-back; most cost-effective for high volume | Automotive bodies, appliance shells, general structural brackets |
| High-Strength Steel | HSLA 340/420, DP590, DP780, S420 (EN) | 0.5mm – 4.0mm | High spring-back; requires higher press tonnage; specialist tooling clearances | Automotive structural reinforcements, seatbelt anchors, crash components |
| Galvanized Steel | DX51D+Z (EN), S250GD (EN), G90 (ASTM A653) | 0.3mm – 3.0mm | Zinc coating; requires adjusted die clearance to avoid zinc flaking | Outdoor enclosures, HVAC components, structural brackets |
| Copper | C11000 (ETP), C17200 (Beryllium Copper) | 0.1mm – 3.0mm | Superior conductivity; excellent formability; high material cost | Electrical bus bars, relay contacts, battery terminals, RF shielding |
| Brass | C26000, C36000 (ASTM) | 0.1mm – 3.0mm | Good machinability and formability; attractive finish | Decorative hardware, valve components, precision connectors |
| Spring Steel | 1074 (AISI), 65Mn (GB), SK5 (JIS) | 0.1mm – 1.5mm | Very high spring-back; high hardness; specialist progressive tooling required | Spring clips, leaf springs, retaining rings, precision snap elements |
