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Professional team
Our team of passionate engineers is here to offer guidance on product design, powder coating, welding, and many other aspects of the sheet metal forming process. From concept to completed product, we will ensure that your needs are met every step of the way so that the final product is one that you're proud of and happy with.
Advanced production equipment
We have advanced production equipment, including 3 laser cutting machines, 1 CNC punching machine, 4 CNC bending machines, 2 punching machines, 2 riveting machines, 5 drilling machines, 10 welding machines, 3 plate rolling machines and 2 cutting machines.
Fast delivery
We have full stock, and can deliver within short time. Many styles for your choices.
Quality assurance
We have 100% quality guarantee to customers. We will be responsible for any quality problem.
Good service
High-quality after-sales service, tracking usage, and positive feedback. Rapid response within 24 hours.
High Structural Integrity
Sheet metal bending services enhances the strength and durability of parts by aligning the grain structure, improving load-bearing capacity.
Complex Geometries
Advanced bending techniques, such as air bending or bottoming, allow for creating intricate shapes with tight dimensional accuracy.
Repeatability and Consistency
CNC-controlled bending ensures highly repeatable results with minimal variation, which is crucial for precision-critical applications in the aerospace and automotive industries.
Optimized Material Utilization
Bending minimizes material waste by enabling precise, near-net-shape production, leading to cost-effective manufacturing and sustainable practices.
Steel
Steel is a very versatile metal that consists of iron and carbon. Steel is economical and has great strength and durability. There are a range of different steels that can be bent including mild steel and stainless steel. Mild steel is easily bent and used widely, including in a range of automotive applications.
Aluminum
Aluminum is a lightweight and cost-effective metal used in the aerospace, electronics, and automotive industries. Aluminum is easy to fabricate and benefits from a high strength-to-weight ratio and high corrosion resistance.
Copper
Copper is a soft metal that allows it to be easily bent and formed. It is also highly conductive, making it perfect for electrical applications. Copper is also naturally antimicrobial and recyclable.
Brass
Brass is an alloy consisting of zinc and copper. Brass is used a lot in sheet metal bending because of its aesthetic appeal and ease of fabrication. Because of its aesthetic appeal, it is used in decorative applications including: home hardware, architecture, and instruments. Brass benefits from high machinability, low friction, and corrosion resistance.
Galvanized Steel
Galvanized steel, like stainless steel, is highly corrosion-resistant. This is because galvanized steel has a zinc coating. In addition to having an improved service life, galvanized steel components are lower cost than other forms of corrosion-protected steel.
Stainless Steel
Stainless steel, like regular mild steel, is made of iron and carbon, but with the addition of chromium and nickel. Due to the extra chromium and nickel, stainless steel is also harder and work hardens as it bends. This means that stainless steel usually requires a press brake rather than bending by hand. Stainless steel, which uses chromium to protect against degradation, is used in medical and food processing equipment.
HVAC (Heating, Ventilation, and Air Conditioning)
Metal bending is essential in the HVAC industry to create ductwork, vents, and pipes with specific curves and shapes. These bent metal components facilitate the proper flow and distribution of air in heating and cooling systems.
Construction and Architecture
Metal bending is widely used in the building industry and in architecture. It is employed to create curved or angled metal components for building frameworks, roofing, handrails, staircase balustrades, decorative elements, and other structural elements.
Manufacturing and Fabrication
Metal bending plays a vital role in manufacturing and fabrication processes. It is used to produce custom metal components for machinery, equipment, and vehicles. Bent metal parts are commonly found in industries such as automotive, aerospace, electronics, appliances, and furniture manufacturing.
Medical industry
The medical industry is one of the sectors where metal bending services play a crucial role. metal bending is essential for manufacturing various medical instruments, including scalpels, probes, and surgical tools. Precision and ergonomic design are critical in this context.
Aerospace
The aerospace industry relies on plasma cutting for the fabrication of critical components.Aircraft components, such as panels and brackets, may undergo sheet metal bending as part of the manufacturing process.
Consumer Goods
Various consumer products, from metal containers to decorative items, can be manufactured using sheet metal bending techniques.
V-bending
V-bending is the most widely used method for bending sheet metal. It utilizes a V-shaped die and punches to bend metals at specific angles. The V-shaped punch presses the sheet metal into the V-shaped groove of the die, creating bends at various angles. Depending on the angles of the V-shaped punch and die, this technique can produce acute, obtuse, or 90° angles.
Roll bending
The roll-bending method shapes sheet metal into rolls, tubes, cones, or curved forms. This unique process employs rollers to feed and bend the metal to the desired curvature. Roll bending can create various cross-section profiles with multiple bending curves.
U-bending
U-bending is quite similar to V-bending. This approach uses both a U-shaped punch and a die. The main difference between V-bending and U-bending is that the final sheet is in a U rather than a V shape.
Rotary bending
In rotary draw bending, the sheet metal is clamped to a rotating die and drawn around it to form a shape with a radius matching the desired bend. This method often uses an internal mandrel to prevent wrinkling on the bent metal’s wall.
Edge bending
The edge bending technique allows manufacturers to bend sheet metal edges without causing damage. This method is typically used on sections of sheet metal that are shorter than the rest of the piece. It helps to eliminate sharp edges and corners and enhances the aesthetic appearance of the final product.
Wipe bending
Wipe bending is achieved using a specialized wipe die and a pressure pad. The metal sheet is carefully positioned within the wipe die, and the punch produces the desired bend.
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Maximum Part Size |
Up to 1500×1500 mm (1.5 m x 1.5 m) |
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Metal Bending Forces |
Up to 1000 tons |
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Bending Line Length |
Up to 7200 mm |
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Bending Thickness |
Up to 60 mm |
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General Tolerances |
Metals : ISO 2768-m |
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Precision Tolerances |
Achieve tolerances as tight as +/- 0.01 mm |
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Bend Radius |
Capable of achieving bend radii equal to or greater than material thickness, depending on project requirements |
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Bend Angle Precision |
Achieve bend angles with a tolerance of +/- 0.5°, offering greater precision than the standard +/- 1° |
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Bend Cutting Area |
Up to 4000 mm, accommodating large-scale and complex projects efficiently |
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Minimum Part Size |
Metal Bending: 5×5 mm |
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Metals We Work With |
Aluminum, Stainless steel, Brass, Copper |
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Surface Finishing Options |
Anodizing, Powder coating, Polishing |
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Bending Technology |
Utilizing advanced CNC bending machinery, our processes ensure precise angles and shapes, capable of producing complex geometries efficiently. |
We're professional bending service suppliers in China, specialized in providing high quality customized service. If you're going to buy bending service, welcome to get quotation from our factory.
rectangular bending, consistent bending quality, u-bend(0/10)
