One-Stop Service – From design to delivery, we handle it all.
Custom Metal Fabrication
Professional Stamping Services
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Low MOQ
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Fast Delivery
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Quality Assurance
For over 20 years, SIMIS has delivered high-tolerance sheet metal stamping solutions for global OEMs across aerospace, automotive, electronics, and industrial equipment sectors. Our 30,000 sqm facility houses 18 precision presses ranging from 25-400 tons, enabling us to produce components with positional accuracy down to ±0.05mm.
Stamping, also known as press working, is a forming process that applies external force to sheets, strips, tubes, or profiles using presses and molds, causing them to undergo plastic deformation or separation, thereby obtaining workpieces (stamped parts) with the desired shape and dimensions. The primary materials used in stamping are hot-rolled and cold-rolled steel plates and strips.
Worldwide, 60–70% of steel is produced in the form of sheet metal, most of which is processed into finished products through stamping. Many components, such as automobile bodies, chassis, fuel tanks, radiator fins, boiler drums, container shells, and iron cores for motors and electrical appliances (e.g., silicon steel sheets), are manufactured via stamping. Additionally, a large number of stamped parts are found in products such as instruments, household appliances, bicycles, office equipment, and daily utensils.
Stamping processes are broadly categorized into two main groups based on the outcome.
Worldwide, 60–70% of steel is produced in the form of sheet metal, most of which is processed into finished products through stamping. Many components, such as automobile bodies, chassis, fuel tanks, radiator fins, boiler drums, container shells, and iron cores for motors and electrical appliances (e.g., silicon steel sheets), are manufactured via stamping. Additionally, a large number of stamped parts are found in products such as instruments, household appliances, bicycles, office equipment, and daily utensils.
Stamping processes are broadly categorized into two main groups based on the outcome.
Our Quality Assurance
| Material Category | Common Grade Examples | Welding Characteristics & Challenges | Primary Application Areas |
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| Low Carbon Steel (Cold/Hot Rolled) |
DC04, DC06 (Eur. Std.); SPCC, SPCE (JIS) |
Cost-Effectiveness & High Formability: Low cost with excellent ductility, suitable for deep drawing and complex bending. Strength can be increased via work hardening. | Automotive structural parts, appliance housings, general hardware. |
| Stainless Steel |
Austenitic: 304/304L, 316/316L;
Ferritic: 430, 409;
Martensitic: 440C
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Corrosion Resistance & Versatility:
• 304/316: Good overall properties, corrosion resistance, weldability.
• 430: Lower cost (nickel-free), magnetic.
• 440C/17-4PH: High strength/hardness achievable via heat treatment.
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Food equipment (304/316), architectural(430), medical devices/tools (440C), auto exhaust systems (409). |
| HSS & AHSS | DP (Dual-Phase), CP (Complex-Phase), TRIP (Transformation-Induced Plasticity), MS (Martensitic) Steel | Safety & Lightweighting: High strength combined with good stamping formability. Key for automotive lightweighting and crash safety. | Automotive safety components (A/B-pillars, bumpers, door reinforcements). |
| Aluminum Alloys |
Non-Heat-Treatable: 1xxx (Pure Al), 3xxx (Al-Mn);
Heat-Treatable: 5xxx (Al-Mg), 6xxx (Al-Mg-Si), 2xxx (Al-Cu, e.g., 2024)
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Lightweighting & Corrosion Resistance:
• 5xxx series: Excellent formability, weldability, and corrosion resistance.
• 6xxx series: Good formability; strength increases after paint-bake hardening. Common for auto panels.
• 2xxx series: Very high strength but lower corrosion resistance.
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Auto body panels (6xxx), fuel tanks (5xxx), aerospace structures (2xxx), beverage cans, heat sinks. |
| Copper, Brass, Bronze | C11000 (Pure Copper), C26000 (Cartridge Brass), C51900 (Phosphor Bronze) | Conductivity & Aesthetics: • Pure Copper: Excellent electrical/thermal conductivity.
• Brass: Good mechanical properties, corrosion resistance, machinability.
• Phosphor Bronze: Higher elasticity, wear/fatigue resistance.
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Electrical connectors, terminals, lead frames, decorative parts, springs, bushings. |
| Pre-coated/Plated Steels | Galvanized (GI, GA), Aluzinc (GL), Pre-painted (PPGI/PPGL) |
Durability & Readiness: Base steel provides strength; coating (Zn, Al, organic) provides corrosion resistance, appearance, or special functions (e.g., fingerprint-resistant). Ready-to-use |
Building roofs/walls, appliance housings (e.g., outdoor AC units), automotive fuel tanks. |
| Non-Metallic/Composites | Engineering Plastics: PEEK (e.g., 770G), PPA (e.g., Carbon Fiber-reinforced PPA), Polyamide Alloy |
Functional Integration & Metal Replacement:
• PEEK: High-temp and chemical resistance, high mechanical strength for extreme environments.
• Carbon Fiber PPA: High strength/stiffness, lightweight, can replace Al/Mg.
• Polyamide Alloy: Good dimensional stability, chemical resistance, high processing efficiency.
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Precision gears/bearings (PEEK), automotive structures (CF-PPA), fluid conduits (Polyamide Alloy), consumer electronics housings. |
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Customized Solutions – Tailored processes to meet your exact specifications.
Quality Assurance – Rigorous inspections at every production stage.
Fast & Transparent Process – Receive a detailed quote within 24 hours.
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Choosing us as your stamping partner means more than outsourcing a process—it means gaining a strategic advantage.
20+ Years of Focused Expertise: Our deep, specialized experience in metal stamping translates into efficient problem-solving, optimized process selection, and predictable project outcomes.
End-to-End Control: As a full-service metal stamper, we manage the entire workflow—from tooling design and stamping to secondary operations and finishing. This ensures seamless integration, full accountability, and shorter lead times.
Design for Manufacturing (DFM) Input: Our stamping engineers can provide valuable DFM feedback at the design stage to optimize part geometry for strength, cost, and manufacturability.
We understand that the reliability of your product depends on the precision and consistency of every stamped component. Built on a foundation of international standards, certified processes, and decades of hands-on experience, we are ready to serve as a reliable, high-quality extension of your manufacturing team.
Contact Us Today for Your Custom Stamping Solutions
If you are looking for a dependable and experienced stamping partner for your custom metal forming needs, look no further. Contact us today to discuss your project requirements, and let us help bring your designs to life with precision stamping and expert craftsmanship.
