Precision Stamping Parts
Non-Standard Precision Stamping Solutions - Difficult Parts Manufacturing
Non-Standard Precision Stamping Solutions - Difficult Parts Manufacturing Precision Stamping Solutions Overview Tingfeng Hardware specializes in non-standard, precision stamping solutions, focusing specifically on parts recognized within the smart technology sector as being exceptionally challenging to manufacture. We undertake orders that other factories are either unwilling or unable to accept—including those involving ultra-thin materials (0.05mm), ultra-hard materials
Complex Geometry Precision Stamping - Multi-Slide / Fine Blanking
Complex Geometry Precision Stamping - Multi-Slide / Fine Blanking Precision Stamping Capabilities Tingfeng Hardware excels in precision stamping of complex geometries, providing multi-slide forming and fine blanking solutions for robot joints and smart sensors. Multi-slide formers complete 3D bending, curling, and side piercing in one pass, while fine blanking achieves fully sheared bright surfaces for parts with high functional surface requirements. We specialize in solving
Contact Springs / Spring Fingers for Connectors - Precision Stamped
Contact Springs / Spring Fingers for Connectors - Precision Stamped Product Overview Tingfeng Hardware supplies precision connector spring contacts for AI infrastructure and smart hardware, including high-speed board-to-board and FPC connectors. Using high-spring materials like phosphor bronze and beryllium copper, with progressive die high-speed stamping and stress relief, stable contact force and mating cycle life ≥5000 are ensured. Micro contacts with 0.3mm pitch are
Precision Stamping Services - 15 Years in Non-Standard Parts
Precision Stamping Services - 15 Years in Non-Standard Parts Quick Detail Tingfeng Hardware offers comprehensive precision stamping services, specializing in non-standard custom parts for smart hardware. With over 15 years of experience, we have served 2000+ global clients, accumulating extensive expertise in irregular shapes and multi-process combinations. Our services encompass DFM assessment, mold development, and mass production, solving complex manufacturing challenges
Custom Battery Contact Springs / Contact Fingers - High Precision Stamping
Custom Battery Contact Springs / Contact Fingers - High Precision Stamping Precision Stamping Parts Overview Custom battery contact springs are core connection components for smart portable devices, requiring high elasticity, low resistance, and durability. Tingfeng Hardware uses advanced spring materials like beryllium copper and titanium copper, with progressive die stamping and stress relief heat treatment, ensuring stable contact force after millions of cycles. SMT and
Custom Precision Stamped Battery Contacts for Specific Designs
Custom Precision Stamped Battery Contacts for Specific Designs Tingfeng Hardware specializes in customized precision battery contacts for smart energy applications, covering robot power batteries, smart wearable batteries, and energy storage systems. With a 2000+ mold library, common sizes are quickly matched, and full custom design is supported: from material selection, thickness to shape, ensuring optimal conductivity and weld reliability. IATF 16949 system guarantees
Complex Miniature Precision Stamping - Difficult Parts Specialists
Complex Miniature Precision Stamping - Difficult Parts Specialists Precision Stamping Parts Quick Detail Tingfeng Hardware specializes in micro precision stamping, focusing on high-complexity precision hardware for humanoid robots and AI infrastructure. Equipped with 30+ station progressive dies, multi-slide machines, and fine blanking equipment, we achieve minimum hole diameter of 0.2mm and wall thickness of 0.08mm. Our independent mold design team has extensive experience
Precision Spring Sheets / Spring Contacts - Custom Stamped to Specifications
Precision Spring Sheets / Spring Contacts - Custom Stamped to Specifications Precision Stamping Capabilities Tingfeng Hardware specializes in manufacturing precision metal springs and contacts, providing custom, high-reliability precision metal components for smart wearables and AI hardware. Utilizing high-speed precision stamping presses and multi-station progressive dies, we achieve stable stamping of ultra-thin materials down to 0.05mm. Equipped with a comprehensive suite