Sheet metal processing includes sheet metal selection, stamping, riveting, laser welding, seamless connection, post-processing to improve corrosion resistance and beauty, and quality inspection to ensure quality. The process is closely connected, promoting sheet metal processing to play a big role in various fields.
Zhuhai sheet metal bending processing: general molds and special molds
General molds are highly flexible and low-cost, suitable for simple small-batch production; special molds are high-precision and efficient, suitable for complex, high-precision and large-batch production. Enterprises need to comprehensively consider multiple factors to select molds reasonably.
Zhuhai sheet metal processing: the firmness of solid rivets and blind rivets
Solid rivets have strong tensile strength, and blind rivets are easy to operate. Analyze their applications in scenarios such as automobile chassis processing, sheet metal riveting, and factors affecting firmness, to provide a basis for the reasonable selection of rivets.
Laser cutting: the coordination problem of speed and cutting quality
This article focuses on laser cutting in stainless steel sheet metal processing and introduces the current situation of mutual constraints between cutting speed and quality. Analyze the influencing factors such as laser power, plate thickness, auxiliary gas, etc., and provide solutions such as optimizing cutting parameters to serve related processing industries.
Material selection: strength priority or cost priority?
In the medical field of Zhuhai sheet metal processing, it is a dilemma whether to choose materials with strength priority or cost priority. Strength priority can ensure the stability and safety of the product, but it is costly and difficult to process; cost priority is cheap and fast to process, but the durability is poor.
Molding process: deformation of stretching and stamping
In Zhuhai sheet metal processing industry, stretching and stamping are key forming processes. Stamping relies on instantaneous pressure to punch, with fast speed and low cost, and is suitable for mass production of simple structures; stretching extends the sheet into a curved surface, with high precision but complex process.