Precision Stamping Die Medical Stamping Parts 3C Electronics And Accessories New Energy Vehicles Custom Metal Stamping
As a professional China-based manufacturer specializing in high-precision progressive die stamping shielding components for global wholesale buyers and electronic manufacturers, we are pleased to launch our Progressive Die Stamping Drawing Shield – a premium full-sealed shielding solution built for high-end electronic components with strict electromagnetic interference (EMI) and radio frequency interference (RFI) protection requirements. Unlike conventional bending shields, this drawing shield features fully closed R-angle corners and a fully enclosed peripheral structure, delivering unparalleled shielding performance that cannot be matched by standard bent shielding parts.
Engineered with a complex yet high-efficiency progressive die structure, this drawing shield is designed to streamline mass production, boost manufacturing precision, and cut long-term production costs for global manufacturers. It supports both integrated one-piece designs and two-piece split designs (shield frame + shield cover) for maintainable electronic components, with customizable specifications to fit diverse application needs. Our dedicated progressive die for drawing shields combines advanced stamping technology, premium materials, and meticulous craftsmanship, making it the top choice for high-performance electronic equipment requiring ultimate shielding reliability.
Ultimate Full-Sealed EMI/RFI Shielding: As the core function, this drawing shield provides 360° fully enclosed interference isolation, with no gaps or weak points in the shielding structure, effectively blocking even high-frequency electromagnetic and radio frequency interference to ensure stable operation of sensitive electronic components.
Precision Electronic Component Protection: Shields internal circuit board components from dust, moisture, physical impact, and environmental corrosion, preserving component performance and extending the service life of high-end electronic assemblies.
Stable Structural Forming: Features fully closed R-angle corners to avoid structural stress concentrations, ensuring consistent dimensional stability and no deformation during long-term use, even in high-vibration operating environments.
Flexible Design Compatibility: Supports integrated one-piece forming for permanent shielding needs, and two-piece split design (with matching emboss and slot assembly structures) for electronic parts that require later maintenance and disassembly.
High-Precision Mass Production: Produced via continuous progressive die stamping, enabling one-step forming of complex intricate designs in a single production stage, reducing manual operations and human error, and improving overall production efficiency.
Fully Closed R-Angle Corners: The four corners adopt a fully closed smooth R-angle design, a process completely different from traditional bending shields, eliminating structural gaps and enhancing both shielding performance and structural toughness.
Ultra-High Manufacturing Precision: Strict control of flange edge width within 0.1mm, with multi-step drawing and leveling processes to ensure consistent dimensional accuracy, perfectly meeting the assembly requirements of high-precision electronic equipment.
Premium Durable Materials: Made with high-strength heat-treated aluminum for the main shield body, capable of withstanding high stamping pressure and temperature, with a precision-machined surface to ensure consistent and accurate stamping impressions for every single part.
Wide Material Compatibility: Suitable for stamping and forming a variety of metal materials, including stainless steel, copper, and aluminum, adapting to different material requirements for diverse electronic shielding applications.
Complex Design Adaptability: Easily handles intricate and complex drawing designs with high precision, solving the production challenges of high-difficulty shielding parts that cannot be achieved by traditional bending processes.
Simple Operation & Installation: User-friendly design for both production and end-use installation; the shield can be quickly fixed on the production stage with a clamping device, easy to operate even for beginners, reducing training and operation time.
Long-Lasting Service Life: Built with wear-resistant and deformation-resistant materials, coupled with precision mold processing, ensuring long-term stable performance and adding lasting value to manufacturing equipment.
The progressive die for drawing shields features a far more complex and larger structure than molds for bending shields, with our professional engineering team optimizing every design detail for stable mass production. Most drawing shields are designed with a flange edge structure, which falls off automatically in the mold after drawing forming for seamless continuous production. For parts with deep drawing requirements, we adopt 2-3 sequential forming steps followed by precision leveling to ensure perfect flatness and structural integrity.
Our mold production follows strict material and processing standards to guarantee exceptional performance and longevity: the mold adopts a high-precision progressive die structure with a designed service life of over 1,000,000 strokes (excluding vulnerable parts like punches and die sections). For vulnerable core components, we use high-performance DC53 die steel heat-treated to HRC60-62, with optional thermal diffusion carbide coating for drawing punches and dies to further extend service life; backup plates, holder plates, stripper plates, and lower die plates use D2 tool steel heat-treated to HRC56-58, with professional heat treatment for all die plates. To reduce mold weight for easier press machine loading/unloading and transportation, we use 6061 aluminum alloy for upper and lower die sets with black anodizing surface treatment, only switching to steel die sets for extra-large molds or thick material applications.
Every mold is equipped with MISUMI standard guide pins and bushings for high-precision guiding, plus Kaller gas springs for stable and smooth operation. All mold components are processed with advanced precision machining techniques, ensuring consistent part quality and uninterrupted large-scale production for our customers.
Our Progressive Die Stamping Drawing Shield is specially designed for high-end electronic equipment that demands superior full-sealed shielding performance, making it widely applicable across industries with strict anti-interference and reliability standards. Core application fields include:
High-End Communication Equipment: 5G base stations, high-precision routers, signal transceivers, and military-grade communication modules requiring zero signal interference
Medical Electronic Equipment: Precision medical monitoring instruments, diagnostic equipment, and portable medical devices with strict component protection needs
Automotive Electronics: Automotive intelligent driving systems, high-precision vehicle sensors, and automotive electronic control units (ECUs)
Aerospace & Defense Electronics: Aerospace electronic components, defense industry equipment, and satellite communication modules
Industrial Precision Electronics: Industrial automation control panels, high-precision sensors, and precision measurement instrumentation
High-End Consumer Electronics: Flagship smartphones, tablet computers, high-fidelity audio equipment, and high-performance laptop internal components
Industry-Leading Technical Expertise: Our R&D team persists in technological innovation, with rich experience in designing and manufacturing complex drawing shield progressive dies, delivering products that meet or exceed global industry standards.
Premium Material Selection: We only use top-grade die steel and alloy materials, coupled with advanced heat treatment and surface treatment processes, ensuring the highest quality for every mold and finished shield.
Customer-Customized Solutions: Our expert team works closely with customers to provide tailored mold and product designs, fully adapting to unique size, structure, and performance requirements for diverse applications.
Strict Quality Control: We adhere to meticulous attention to detail throughout production, with full-process quality inspection to guarantee consistent quality and stable performance for all products.
User-Friendly Design Philosophy: All our products are designed with ease of use and operational efficiency in mind, reducing customer production difficulty and improving overall manufacturing efficiency.
Progressive Enterprise Spirit: We uphold a united, pragmatic, and progressive team culture, adhering to the enterprise spirit of people-oriented and scientific management, and focusing on building a high-quality boutique brand.
Global Market Adaptability: We closely follow market trends and customer needs, continuously innovating and upgrading products to meet the ever-changing demands of the global electronic manufacturing market.
Long-Term Service Commitment: Committed to serving new and existing customers with the spirit of practicality, high quality, innovation, and progress, establishing long-term stable cooperative partnerships.
A: The core difference lies in structure and shielding performance: drawing shields have fully closed R-angle corners and a fully enclosed peripheral structure, with no shielding gaps, making them ideal for high-end components needing ultimate anti-interference performance. Bending shields have open or semi-closed corners with potential shielding gaps, suitable for conventional electronic applications. The drawing process is also more complex, delivering higher precision and structural stability.
A: Yes, we support both designs. One-piece drawing shields offer fully sealed permanent shielding; two-piece designs include a matching shield frame and cover, assembled via emboss and slot structures on the side walls, perfect for electronic components that require later maintenance, disassembly, or component replacement.
A: We can control the width tolerance of the flange edge within 0.1mm, ensuring ultra-high precision for circuit board assembly and seamless matching with electronic components, avoiding assembly gaps or poor fitting issues.
A: The designed service life of our progressive die exceeds 1,000,000 strokes (excluding vulnerable parts like punches and die sections). Vulnerable components are made of high-performance DC53 steel with optimized heat treatment for longer life, and they are designed for quick and easy replacement to reduce mold maintenance downtime.
A: Upper and lower die sets use 6061 aluminum alloy with black anodizing to reduce weight, making mold loading/unloading and transportation easier. Core mold components use D2 and DC53 tool steel with high-hardness heat treatment for wear resistance. Steel die sets are only used for extra-large molds or thick material stamping to ensure structural stability.
A: Absolutely. Our progressive die design enables automatic forming, leveling, and blanking in one continuous process, with parts falling off automatically in the mold, fully compatible with automated stamping production lines to maximize production efficiency and reduce labor costs.
Our Progressive Die Stamping Drawing Shield is a high-precision, high-performance, and cost-effective shielding solution tailored for manufacturers with strict EMI/RFI shielding requirements. With its fully closed R-angle structure, ultra-high precision, wide material compatibility, and long-lasting mold performance, it solves the production challenges of complex high-end shielding parts and elevates the quality and reliability of electronic end products.
As a trusted global supplier of progressive die stamping shielding components, we combine advanced technology, strict quality control, and customer-centric service to deliver products that help you stay competitive in the global market. Whether you need standard drawing shields or fully customized solutions, we are ready to provide professional technical support and stable bulk supply. Contact us today to discuss your project needs and optimize your electronic shielding production process.
| Add： | 2nd Building, Yongbei Shangjiyuan Industrial Zone,Gongming Street, Guangming District, Shenzhen 518106, China |
| Tel： | +86-755-88218546 |
Gingerm Industrial Co., Limited © Copyright
