Custom Sheet Metal Fabrication Services
Your online sheet metal cutting and bending service. Upload your parts, get a free instant quote and go into production in less than 30 minutes.
Your online sheet metal cutting and bending service. Upload your parts, get a free instant quote and go into production in less than 30 minutes.
Sheet metal processing is a comprehensive cold working process for thin metal sheets (usually under 6mm), including shearing, blanking, bending, welding, riveting, die forming and surface treatment, etc. Its notable feature is that the thickness of the same part is consistent. Non-mold processing: A process method for sheet metal through equipment such as digital punching, laser cutting, shearing machines, bending machines, and riveting machines. It is generally used for sample making or small-batch production and has a relatively high cost. The processing cycle is short and the response is rapid.
Our sheet metal processing and manufacturing enable you to easily access sheet metal manufacturing capabilities to meet all your manufacturing needs.
The principle of a laser cutting machine is to focus the laser onto the material, locally heat it until it exceeds the melting point, and then use high-pressure gas or metal vapor pressure to blow away the molten metal, forming a very narrow cut seam. Laser cutting machines are an efficient and precise material processing technology, widely used in fields such as metal processing.
When metal sheet materials are subjected to the pressure of the upper or lower die in a bending process, they first undergo elastic deformation and then enter plastic deformation. At this point, a V-shaped bend is completed, which is commonly known as bending.
Welding is the process of joining two or more metal pieces using heat, pressure, or both to form a strong bond. It combines skill and precision to create durable, sturdy metal structures.
In the surface treatment processing of metal sheets, the main designed processes include: anodizing, polishing, sandblasting, brushed finish,powder coating, electroplating and other surface treatment processes.
Sheet metal chassis, sheet metal cabinet It is suitable for all kinds of power supply chassis, power supply cabinets and outdoor waterproof cabinets, Stamping, welding and sheet metal products t is applicable to all kinds of sheet metal products, stamping, welding, assembly, etc
Sheet metal processing refers to the use of thin plate metal (usually no more than 6mm) to process it into various shapes of metal. These shapes may include flat plates, bending, stamping and molding. Sheet metal products are widely used in various industries and fields, such as automobile manufacturing, construction, electronic manufacturing, aerospace, medical equipment, etc. Common sheet metal materials include cold-rolled steel plates, galvanized plates, aluminum plates, stainless steel plates, etc. Sheet metal products are light weight, high strength, corrosion resistance, flat surface and low manufacturing cost, so they are widely used in the manufacturing of various products and parts.
Sheet metal processing steps:
1. Material preparation: Select the appropriate sheet metal material and cut it into the required size and shape according to the design requirements;
2. Pre-processing treatment: Treat the surface of the material, such as degreasing, cleaning, grinding, etc., to facilitate subsequent processing;
3. CNC punching machine processing: Use CNC punching machine to cut, punch, groove, bump and concave materials according to the design drawings;
4. Bending: Bend the flat parts processed by the punch press according to the design requirements to form the required three-dimensional shape;
5. Welding: Weld the bent parts;
6. Surface treatment: Surface treatment of finished products, such as spray painting, electroplating, polishing, etc.;
7. Assembly: Assemble each component to finally form the finished product.
Sheet metal processing usually requires the use of various mechanical equipment and tools, such as CNC punching machines, bending machines, welding equipment, grinding machines, etc. The processing process needs to follow safety operating procedures to ensure processing efficiency and quality.
Mainly from the formulation of sheet metal technology, on-site management, and operator management:
1. Develop processing methods, correctness and rationality of selected process parameters and process equipment;
2. Seriousness in implementing process methods;
3. Supervision of the implementation of processes among departments;
4. Adopt the first-piece inspection system to verify the adjustment amount of the positioning or quantitative device (such as compensation for the primary positioning accuracy of the bending machine backshift BG);
5. Use CNC machine tools as much as possible to reduce dependence on workers' operating reliability;
6. Strengthen quality awareness education in "quality first and user first" and establish and improve the quality responsibility system;
7. Prepare a clear and detailed operating process - strengthen professional process training and issue an operation certificate.
The types of sheet metal parts and their production processes and processing characteristics of small and medium batch samples are carried out, and the action analysis is carried out for various processing processes, and the preparation hours, processing hours and labor rates of various types of sheet metal work centers can be used for more accurate process optimization analysis, or for product estimates and actual production cost accounting;
The production cycle of the prototype will be completed and delivered within one day at the fastest time;
Batch parts need to be delivered as soon as 5 to 10 days depending on the customer quantity and the complexity of the parts.
