Dual Engines: CNC & Sheet Metal Synergy for Precision
CNC processing and sheet metal processing are the dual core technologies of precision manufacturing, each with its own advantages. CNC processing is based on subtractive manufacturing and has strong multi-dimensional cutting capabilities; while sheet metal processing is based on additive manufacturing and cold processing technology to achieve lightweight structural parts. Material selection is deeply adapted to industry applications, and the rise of composite materials promotes process integration.
20 Yr Expertise: Chuntian Precision Sheet Metal Solutions
Modern sheet metal processing integrates digital design and automated equipment to achieve efficient conversion. Its core value lies in precise cutting, multi-angle bending and deformation-free welding. The main materials are cold-rolled sheet, galvanized sheet and stainless steel, such as SPCC for home appliance housing, SECC for automobile chassis, and SUS304 for medical equipment and food machinery.
Bending, stamping and welding technology: the core strength of mechanical manufacturing
Detailed explanation of the role of bending, stamping and welding technology in mechanical sheet metal processing, analysis of its advantages and application scenarios, answers to common questions, and shows the charm of core technology of mechanical manufacturing.
Full analysis of automobile chassis manufacturing process: core process and advantages
Introducing the role of automobile chassis in detail, analyzing the manufacturing processes such as stamping, welding, surface treatment, assembly, etc., explaining the advantages of each process, and presenting you with the secrets of automobile chassis manufacturing.
Solar Storage Systems: Metal Fabrication & Technical Value
This article mainly discusses the sheet metal processing technology in photovoltaic energy storage systems, including the wind-resistant design of photovoltaic brackets, the sealing process of energy storage battery boxes, and the functional application of precision sheet metal in junction boxes and control cabinets. Among them, the focus is on the priority use of hot-dip galvanized steel in coastal areas and the anti-corrosion ability of aluminum alloy profiles in inland areas.
Energy Storage Container Fabrication: Process & Benefits
This article discusses the manufacturing process of energy storage containers in depth, focusing on sheet metal processing technology, including high-precision cutting technology, bending and forming technology, and welding technology. Among them, the high-precision cutting process significantly improves the consistency of the box size, the bending process can increase the side panel's anti-deformation ability by 40%, and the welding process ensures the overall strength and sealing.