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Product Details:
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| Length: | 500mm-700mm | Width: | 150mm-300mm |
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| Thickness: | 1mm-8mm | Bending Angle: | 90° |
| Material: | Carbon Steel Plate | Name: | CNC Metal Bending |
| Serve: | OEM Customization | Tolerance: | ±0.1mm |
| High Light: | 8mm 1mm stainless steel fabrication services,1mm 8mm stainless steel fabrication service,CNC laser cutting and bending services |
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Custom Sheet Metal Processing/CNC Metal Bending/Laser Cutting Services
Bending and forming services
We provide all types of CNC bending and forming services to ensure that any metal part can be manufactured.
We use hydraulic press brakes to bend all metals to our will.
We can manufacture all types of brackets (L, U and Z brackets) with gussets and profiles for strength, or punched mounting holes. We can also make cabinet shells with precise hemming and seams, and more. We use the precision of CNC and manual measurements to ensure that quality assurance is always ignored in detail.
Specification
| product name | Laser Cutting CNC Bending Sheet Metal Services |
| Processing material | Carbon Steel , Stainless Steel , Copper (according to customer's request) |
| size | According to customer time or drawings |
| research and development | if you need , We support clients to develop documentation or improve designs |
| Sample confirmed | Before starting mass production, we will send the produced samples to the customer for confirmation, and we will modify the mold until the customer is satisfied |
| Product Range | Furniture Hardware , Electronic Hardware , Construction Hardware , Sheet Metal Processing , Mechanical Accessories , etc. |
| Package | customer request |
CNC bending
CNC bending is a metalworking process that can be used to create U, V, or slotted corners in bendable material, usually sheet metal. The computer controls the machine and the parameters behind each bend. Different types of CNC press brake presses are used to perform these tasks. A wide range of objects can be constructed in this way, including electrical boxes, air ducts, and siding.
Before their integration with computers and manufacturing machines in the 1980s, these presses and bending machines were manually operated by machinists or "operators." The workpiece is placed over the module, which in turn is pushed against the material, forming the shape. Most materials have to overcome their tensile strength and bend excessively because the material will want to snap back into place. The degree of overbending depends entirely on the type of material used. Another way of bending involves a U-shaped punch. Apply pressure and use a punch to form a simple U shape in the material. The thickness of the material and the properties of the material used play an important role. Depending on the thickness, the bend location stretches, causing the material to become thinner.
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