1. Product Functions and Uses

Our auto stamping parts are engineered to deliver high-precision structural and functional performance across a wide range of automotive systems. Each component is produced through advanced metal stamping processes—including progressive stamping, deep drawing, and high-speed precision forming—to ensure exceptional dimensional accuracy and repeatability. These parts serve as critical load-bearing, connection, and protection elements within vehicle structures. Typical applications include chassis mounting brackets, suspension connectors, reinforcement plates, airbag brackets, seat frame components, electrical system terminals, heat-shield elements, and body-in-white structural pieces. By integrating superior stamping technologies with rigorous quality inspections, our parts ensure reliability in both static and dynamic automotive environments, ultimately enhancing vehicle safety, performance, and durability.

2. Product Features

Our auto stamping parts are designed with a strong emphasis on durability, precision, and adaptability.

The following features define our product excellence:

• High Dimensional Accuracy: Each part is produced within tight tolerance ranges supported by digital die design, finite-element deformation simulation, and automated in-line measurement systems. This reduces downstream fitting issues and significantly cuts assembly time.
• Superior Mechanical Strength: We utilize advanced materials such as high-strength low-alloy steel (HSLA), stainless steel, aluminum alloys, and ultra-high-strength boron steel. These materials undergo controlled heat treatment and process hardening to provide superior tensile and yield strength.
• Exceptional Surface Quality: Components achieve smooth and uniform surfaces thanks to precision tooling and automatic lubrication systems. Optional post-treatments—electro-galvanizing, phosphate coating, and anti-corrosion films—offer long-term protection.
• Customizable Design and Modular Manufacturing: From complex deep-drawn shapes to multi-step progressive stampings, we offer modular solutions tailored to client specifications, enabling flexible integration into diverse automotive platforms.
• High Production Efficiency: Our automated stamping lines, equipped with robotic arms and high-speed presses, ensure consistent quality at scale. This allows rapid turnaround and stable supply for large-volume OEM production.

3. Product Specifications

While custom specifications are available for every client, our standard stamping part parameters include:

• Material Options: SPCC, SPHC, SECC, SUS304/430, AL5052, AL6061, DP590, DP780, 22MnB5
• Thickness Range: 0.2 mm – 6.0 mm
• Maximum Stamping Size: Up to 1200 mm × 800 mm (larger sizes available upon request)
• Tolerances: ±0.03 mm for precision features; ±0.1 mm for general dimensions
• Surface Treatment Options: Electroplating (Zn, Ni), powder coating, electrophoresis (ED), anodizing (for aluminum), oil-coating anti-rust treatment
• Production Capacity: 30–100 strokes per minute for regular stamping; up to 600 spm for small high-precision parts
• Packaging Standards: Anti-scratch trays, custom foam inserts, vibration-resistant export cartons, and palletized loading

These specifications ensure compatibility with most automotive structural and functional applications, while also providing flexibility for customized development.

4. User Manual (Operation & Handling Guide)

To ensure optimal performance, long service life, and safe handling during assembly, users should follow the guidelines below:

Handling & Storage

• Store parts in a dry, temperature-controlled environment to avoid oxidation.
• Maintain packaging integrity until assembly to prevent scratches or deformation.
• Avoid stacking heavy components without support, especially for thin-gauge stamping parts.

Assembly Instructions

• Ensure surfaces are clean before welding, bolting, or riveting.
• Follow recommended torque settings and assembly sequences provided by your automotive engineering team.
• When using robotic welding, adjust heat input to match material thickness to avoid warping.

Quality Verification

• Perform dimensional checks using calipers, gauges, or CMM equipment as required.
• Inspect surface conditions for coating integrity and structural uniformity.
• Ensure that stamped edges meet required burr-free specifications for safety.

5. Applicable Industries

Although designed primarily for automotive applications, our stamping parts serve multiple advanced manufacturing sectors:

Automotive Industry

Body-in-white structural components

EV battery pack brackets & busbar supports

Safety system elements (airbag housing, seat components)

Thermal and NVH management shields

Electronics & Electrical

• Precision terminals, housings, contact plates, grounding pieces

Industrial Machinery

• Structural brackets, mounting plates, sensor housings

Aerospace & Transportation

• Lightweight high-strength components for interior and auxiliary systems

Home Appliances

• Reinforcement panels, mechanical linkages, motor brackets

Our ability to adapt stamping technologies to various materials and geometries makes our products suitable for a wide range of industrial uses.

6. Target Customers

We serve clients who require precision, reliability, and long-term production stability:

Automotive OEMs & Tier 1 Suppliers

Ideal for high-volume, high-accuracy stamping parts used in assembly lines and structural vehicle components.

EV Manufacturers

Perfect for lightweight aluminum stampings, electrical connectors, and battery system components.

Industrial Product Manufacturers

Suitable for companies producing machinery, automation equipment, and high-precision mechanical assemblies.

Sheet-Metal Fabricators & Integrators

For businesses needing outsourced stamping production to reduce cost and improve efficiency.

Distributors & International Traders

We provide stable, scalable supply chains for export-focused partners.