All the plate sheet metal welding parts processing technology is based on the operation, and the need for sheet metal engineers to carefully design product drawings and specifications. Technical terms mainly include blanking, pressing riveting, bending, cutting, blanking, punching, expanding riveting, pulling, pulling riveting, riveting, riveting, riveting, Angle cutting, forming, punching convex hull, punching tear, punching, reaming, punching, chamfering, back teeth, drawing, etc. Tapping, leveling, drilling, reaming, clapping, welding, painting, assembling, and so on.
High-precision custom sheet metal components are crafted through advanced processes such as laser cutting, CNC punching, bending, riveting, and multiple welding techniques, ensuring exceptional dimensional accuracy and structural strength. These sheet metal components offer versatile surface treatments like phosphating, galvanizing, and painting, enhancing durability and corrosion resistance while meeting diverse application requirements. Designed for seamless assembly, the components combine meticulous engineering and comprehensive fabrication methods to deliver reliable, high-quality finished products suitable for various industrial uses.
Our team of skilled engineers and technicians brings unparalleled expertise in high-precision sheet metal fabrication, welding, and assembly services. With years of industry experience, we combine advanced machinery with meticulous craftsmanship to ensure every component meets stringent quality standards. Our collaborative approach drives innovation and problem-solving, enabling us to deliver customized solutions tailored to your specific needs. Committed to efficiency and accuracy, our team consistently achieves on-time delivery while maintaining exceptional product integrity. Partner with us to benefit from a dedicated, reliable workforce focused on elevating your project’s success through precision, durability, and seamless integration.
Our team combines advanced expertise in precision sheet metal fabrication with extensive experience in welding and assembly, ensuring superior quality and reliability. Each member is highly skilled in utilizing state-of-the-art technology to deliver custom components that meet exact specifications. We prioritize seamless collaboration, strict quality control, and efficient project management to maximize client satisfaction. Our multidisciplinary professionals are committed to innovation, precision, and timely delivery, empowering your projects with robust, durable sheet metal solutions. Trust our dedicated team to transform your design requirements into high-performance products, enhancing your competitive advantage through exceptional craftsmanship and service excellence.
All the plate sheet metal welding parts processing technology is based on the operation, and the need for sheet metal engineers to carefully design product drawings and specifications. Technical terms mainly include blanking, pressing riveting, bending, cutting, blanking, punching, expanding riveting, pulling, pulling riveting, riveting, riveting, riveting, Angle cutting, forming, punching convex hull, punching tear, punching, reaming, punching, chamfering, back teeth, drawing, etc. Tapping, leveling, drilling, reaming, clapping, welding, painting, assembling, and so on.
The common specific processing technology is as follows:
1. Cutting material. There are many ways of cutting, the main process refers to the plate welding parts through laser cutting or CNC punch punching, or cutting machine. CNC blanking and laser cutting blanking can be used as the workpiece's thick and complex sheet. The cutting machine can cut the workpiece with large parts, long shapes,s, and wide sizes. The shape of the workpiece and the hole can be processed by punching in batches.
2. Suction hole. A pumping hole is flanging, which refers to the common punch or other stamping equipment with dying on the workpiece to form a round hole flanging process. According to the specified size of the hole, so that the strength of the workpiece tapping teeth is greater, generally used for the thickness of 1.5mm less plate workpiece.
3, pressure riveting. Generally refers to the use of traditional punch or hydraulic riveting machine will riveting stud, riveting nuts, riveting screws, etc., firmly riveting compression in a workpiece on the process design process.
4. Bend. Bending is the process of forming a workpiece from a bending machine using a folding bed and related bending die, which can enhance the strength of the workpiece.
5. Welding. The common types of sheet metal welding parts processes are protective welding, argon arc welding, electric welding, robot welding, and torch welding. The main process is welding two or more parts together. In order to achieve the purpose of the finished product or assembly parts processing, the edge seam of a single part needs to be welded so that the bending accuracy improves the strength of the hem.
6, surface treatment. Surface treatment has phosphating coating powder, galvanized, chromate, paint, and oxidation. The workpiece can be sprayed with electrostatic powder after phosphating, suitable for cold rolled sheet and galvanized sheet chromate, oxidation treatment is generally used for the surface treatment of aluminum profiles and aluminum profiles, surface treatment is to make the plate parts overall beautiful, protect themselves, the specific surface treatment can be carried out according to customer material requirements.
7. Assembly. A number of parts or components can be in accordance with the requirements of the design drawings, assembled together to become a more complete plate welding product. The assembled parts may be finished or semi-finished.
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