High-Precision Stamping Dies & Progressive Dies: The quality of a finished metal component begins with the excellence of its die. We design and manufacture high-precision stamping dies and progressive dies that are the heart of efficient, accurate metal forming. These dies are engineered to handle the most complex geometries and materials, including advanced multi-phase steels, aluminum alloys, and stainless steel—materials increasingly critical for lightweighting and performance in NEVs. Our expertise ensures that the parts produced are consistently within tolerance, minimizing waste and maximizing efficiency. From complex draw dies for body panels to multi-stage progressive dies for intricate electronic components, our tooling capabilities are unmatched. We understand the unique challenges of creating dies for NEV battery trays, motor housings, and structural components, where accuracy and repeatability are paramount.

Custom Metal Stamping Parts: Leveraging our advanced die-making capabilities, we produce customized metal stamping components that meet the strictest automotive industry standards. Our services span the full spectrum, from rapid prototyping to high-volume mass production. Whether it's a critical safety component, a precise structural part for a New Energy Vehicle , or an aesthetic trim piece, we deliver parts with exceptional dimensional accuracy and surface finish. Our comprehensive understanding of material properties and forming processes allows us to optimize component design for strength, weight, and manufacturability, providing immense value to OEM projects .

Welding & Assembly Services: Beyond individual parts, we offer integrated welding and assembly solutions, simplifying supply chains for our clients. We can take disparate stamped components and meticulously weld and assemble them into complex sub-assemblies. This capability is particularly vital for NEVs, where integrated battery modules, chassis sub-frames, and intricate structural elements require precise joining processes. Our welding expertise, combined with specialized Welding Jigs (which we also design and manufacture, ensuring maximum assembly accuracy), guarantees robust and consistent assemblies, optimizing our clients' production flow and reducing their need for multiple vendors.

Detection & Welding Fixtures (Jigs): Complementing our Checking Fixtures , we also design and manufacture high-precision welding jigs. These tools are crucial for holding components in exact alignment during the welding process, preventing distortion and ensuring that the final welded assembly meets all geometric and dimensional requirements. The synergy between our welding jigs and Checking Fixtures is powerful: jigs ensure accuracy during production, while checking fixtures verify that accuracy post-production. This dual approach ensures comprehensive quality control at every critical stage, especially important for the demanding integrity required in NEV chassis and battery structures.

Certifications & Compliance: Quality isn't just a buzzword for us; it's a certified way of doing business. We proudly hold several internationally recognized certifications that underscore our commitment to global standards:

• ISO 9001: Our foundational quality management system, ensuring consistent product and service quality.
• IATF 16949: The gold standard for automotive quality management, specifically tailored to the sector's demanding requirements. This certification is crucial for our Checking Fixtures and High-Precision Stamping Die production, affirming our capability to meet OEM expectations for zero defects.
• TUV: An additional mark of safety and quality compliance, particularly relevant for structural and safety-critical components.

These certifications are not merely documents; they represent the rigorous processes, meticulous documentation, and continuous audits that ensure every product leaving our facility, from the smallest stamped part to the most complex Checking Fixture , adheres to the highest global benchmarks.

Advanced R&D Capabilities: Innovation is in our DNA. We are recognized as a Provincial High-Tech Enterprise , a designation that highlights our significant investment in research and development. Our dedicated High-Tech Research and Development Laboratory is where ideas are forged into solutions. Here, our engineers and material scientists continuously explore new forming techniques, material applications, and process optimizations, particularly for the unique demands of New Energy Vehicle components. Our robust portfolio of patented technologies further empowers us to offer innovative solutions, giving our clients a distinct competitive edge in their OEM projects .

Versatile Material Processing Expertise: The modern automotive industry, especially the NEV sector, relies on a diverse range of advanced materials. Our capabilities are engineered to handle this complexity with precision. We have extensive experience in processing:

• Multi-phase steel: Essential for lightweighting and crash safety in modern vehicle structures.
• Aluminum alloys: Critical for reducing vehicle weight and improving fuel efficiency/range in NEVs.
• Stainless steel: Used for durability, corrosion resistance, and specific functional applications.
• And various other specialized metals.

Our advanced stamping and forming technologies ensure that these materials are processed with optimal structural integrity and dimensional accuracy, even for components with the most intricate or challenging geometries.

State-of-the-Art Manufacturing Infrastructure: Our 50,000 square meter facility houses a comprehensive suite of advanced equipment, including high-tonnage presses, precision CNC machining centers, robotic welding cells, and sophisticated metrology labs. This infrastructure, combined with rigorous in-process quality controls and final inspections, ensures that every product we deliver meets the exact specifications required by our clients.

Seating Systems: From seat frames to adjustment mechanisms, ensuring structural integrity and ergonomic precision. Our fixtures confirm the exact geometry for comfort and safety.

Fuel Tanks / Battery Enclosures: While traditional fuel tanks demand leak-proof accuracy, New Energy Vehicle battery enclosures require even more stringent dimensional control for cell integration, thermal management, and crash protection. Our stamping expertise and checking fixtures are crucial here.

Body-in-White (BIW): Structural components that form the vehicle's skeleton, including pillars, cross-members, and panels. Precision here is paramount for vehicle safety, aerodynamics, and overall fit and finish. Our High-Precision Stamping Die and Checking Fixtures ensure flawless assembly.

Exhaust Systems: Components requiring high heat resistance and precise forming to minimize emissions and optimize flow.

Door Systems: Inner and outer panels, hinges, and latch mechanisms, all demanding accuracy for smooth operation and weather sealing.

Clutch & Powertrain Components: Highly critical parts where even minor deviations can impact vehicle performance and longevity. The precision verified by our fixtures is non-negotiable.

Dashboard & Interior Components: Visually sensitive parts requiring excellent surface quality and precise fitment.

Chassis & Suspension Parts: Components that bear significant loads and directly impact vehicle handling and safety. The robust verification provided by our Checking Fixtures is essential for these critical parts.

Aerospace: Producing lightweight yet robust structural components where precision and material integrity are paramount for flight safety.

Electronic Equipment: Manufacturing intricate housings, connectors, and heat sinks for sensitive electronic devices.

Home Appliances: Delivering durable and aesthetically pleasing metal components for consumer goods.

Comprehensive One-Stop Solutions: We eliminate the complexities of managing multiple vendors by offering a complete chain of services under one roof. From initial mold design and development for High-Precision Stamping Die s, through precise stamping production, to integrated welding, assembly, and rigorous inspection using our IATF 16949 Certified Gauge Check Fixtures , we handle every stage. This streamlined approach saves time, reduces logistical overheads, and ensures consistent quality control throughout your project lifecycle. For New Energy Vehicle OEM projects that often involve intricate sub-assemblies and tight integration, this end-to-end capability is invaluable.

Unmatched Cost Competitiveness: Our extensive 50,000 square meter production base and advanced manufacturing infrastructure enable us to achieve significant economies of scale. Coupled with our continuous technical optimization and efficient process management, we can deliver superior products and services at a highly competitive cost. This means our clients benefit from reduced overall project expenses without compromising on the quality and precision that is critical for automotive components. Our ability to manage large-scale OEM projects efficiently directly translates to cost savings for our partners.

Proven Global Partnership & Trust: With over two decades of industry experience and a history of exporting to 10+ countries, we have established ourselves as a reliable global partner. Our long-standing relationships with international mainstream automotive OEMs like KIA, BYD, Toyota, Honda, and Suzuki are a testament to our consistent delivery of high-quality solutions and exceptional service. This global experience means we understand diverse market requirements, international logistics, and the specific needs of automotive OEM projects worldwide. Our commitment to quality, exemplified by our IATF 16949 certification, reinforces this global trust.

Expertise in NEV Demands: The future of automotive is electric, and we are prepared. Our deep understanding of advanced materials (aluminum, multi-phase steel) and precision forming techniques, combined with our specialized Checking Fixtures , positions us perfectly to support the unique challenges of New Energy Vehicle manufacturing. From battery pack components to lightweight chassis structures, we have the know-how to deliver.