Language
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 Precision
Laser cutting ensures high precision and accuracy, enabling intricate designs and tight tolerances, minimising material waste.
Versatility
Laser cutting can be used with a wide range of materials, including steel, aluminum, stainless steel, and more. It can handle various thicknesses and sheet sizes, making it versatile for different applications.
Speed
Laser cutting is faster than traditional methods, swiftly cutting through materials, enhancing productivity, and reducing lead times.
Clean Cuts
Laser cutting produces clean, burr-free edges, reducing the need for secondary finishing processes.
Automation
Easily integrated into our automated processes, laser cutting enhances efficiency, reducing costs and improving production.
Non-contact
Laser beams don’t touch material, minimising wear, maintenance, and prolonging machinery lifespan.
Used for Jobs of Vast Complexity
Laser cutting enables the creation of complex geometries and intricate patterns, ideal for challenging designs and precise cuts.
Customisation
Laser cutting facilitates easy customisation and prototyping, suitable for small-batch production or unique designs.
Eco-Friendly
With minimal waste generation, low energy consumption, and fewer emissions, fibre laser cutting is relatively eco-friendly.
Cost-Effective
Long-term savings from efficiency, waste reduction, and lower labour costs make laser cutting economically viable.
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Product name |
Laser Cutting Service |
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Material |
Aluminum, Steel, Stainless Steel, Brass, Copper, Iron etc. |
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Size |
Custom according to drawing or sample |
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Tolerance |
+/-0.002~+/-0.005mm |
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Drawing Format |
3D/CAD/STP/IGS/PDF/CDR Format |
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Surface Finish |
Polishing, Passivating, Sandblasting, Brushing, Laser Engraving, Anodizing, Electroplating, Painting, Powder Coating etc. |
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Certification |
ISO9001 |
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Color |
Customized |
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Logo |
Accept (Laser engraving, CNC Engraving, Screen-printing etc.) |
Automotive industry
When it comes to manufacturing vehicle parts, the automotive industry requires high precision and tighter tolerances. This is where laser cutting comes into play as it effectively fulfills the standards of the automotive industry with its adaptability and ability to fabricate intricate shapes and designs.
Construction industry
The construction industry relies on laser cutting to manufacture its structural components. As most tools and equipment in the construction industry are usually large and complex, precise and accurate fine cutting of building components is required. Laser cutting is responsible for the fabrication of large-scale projects for residential and commercial properties. These include bridges, tunnels, connecting plates, base plates, and other materials.
Electronics industry
In the electronics industry, laser machines are widely used to cut delicate electronic components with precision. Tube laser cutting is used to cut components such as circuit boards, enclosures, connectors, and heat sinks. The accuracy of tube laser cutting guarantees precise measurements and intricate designs in small components.
Medical equipment industry
Medical devices and equipment such as X-ray and FMRI consist of complex components that require the use of various manufacturing technologies. Laser cutting finds application in fabricating several components for such machines, including their sheet metal housings. Furthermore, fiber lasers are also used in cutting a variety of materials involving bone, tissue, and plastic as well as in the manufacture of surgical instruments and other medical devices.
Military industry
Laser cutting parts play a vital role across all military industries, whether on land, in the air, or at sea. Apart from this, laser marking and laser engraving techniques are also used across the defence sector to add text and graphics to a wide range of military gears and equipment including knives, flashlights, firearms, military vehicles, helicopter parts, and other tactical gears.
Aerospace industry
The aerospace industry is one of the most demanding in terms of precision and quality assurance. Known for its extensive utilisation of precision engineering, the aerospace sector heavily relies on laser cutting metal for the construction of mechanical devices, airplane parts, and spacecraft components.
Metalworking industry
Metalworking refers to the process of shaping, manipulating, and cutting sheet metal into various shapes, components, or products. Using the different techniques and methods of laser cutting, the metalworking industry is able to achieve precision and accuracy in cutting even the most complex parts.
Carbon Steel
There are different categories of carbon steel. They have varying amounts of carbon content ranging from 0.12% to 2%. The higher the carbon content, the lower the melting point and the easier it is to laser cut.
Stainless Steel
Known for its corrosion resistance and strength, stainless steel is widely used in construction, automotive, and medical applications. Laser cutting provides precise and clean cuts, essential for intricate designs.
Titanium
Titanium is strong with a high melting point. Though challenging, it is possible to cut with the right settings. Laser-cut titanium has a widespread application because of its exceptional strength and lightweight nature.
Copper
Copper has a good thermal and electrical conductivity making it a suitable candidate for laser cutting. Fiber laser is the ideal type as it reduces copper discoloration issues.
Aluminum
Laser cutting aluminum is a popular process in manufacturing industries. This is because aluminum is highly reflective making it easy to cut more quickly. Virtually any laser can be used.
Brass
Brass is an alloy of zinc and copper. Copper is soft making brass easier to cut using lasers. CO2 and fibers are the most common for laser brass cutting.
Plastics
Plastics are another category of materials one can laser cut. The most suitable is CO2 lasers as most plastics absorb energy at that wavelength. Fiber lasers also work.
Wood
Lasers can mark, cut, and engrave wood seamlessly. CO2, fiber, and diode lasers work perfectly with both hard and soft woods.
Glass
Precision and non-contact nature of laser cutting make it suitable for delicate glass cutting, particularly in architectural and automotive applications.
1. Laser beam fusion cutting
The laser beam fusion cutting process uses an inert gas, mostly nitrogen. The low-reaction process gas continuously vaporizes the cutting gap of the material. As the molten material gets removed, inert gas prevents oxidation at the cutting edge without interfering with the process.
This laser cutting method is suitable for cutting flat, thin sheets of aluminum alloys and stainless steel that require high aesthetic appeal and fewer finishing operations.
2. Laser beam sublimation cutting
As the name suggests, laser beam sublimation cutting evaporates the material. Instead of melting the material like other laser cutting processes, they are immediately changed from solid to gas – sublimation.
Like fusion cutting, laser beam sublimation cutting uses inert gases to blow the material’s vapor out of the kerf. So, there are no oxidants on the cutting edge. It is often used in cutting organic materials like wood, leather, textiles, etc.
3. Laser beam flame cutting
Laser beam flame cutting uses a combustible gas – oxygen to thrust out the molten material. The laser heats the workpiece creating spontaneous combustion after melting the material. The oxygen gas provides more energy for the cutting process through oxidation – an exothermic reaction.
Flame cutting is ideal for cutting mild steel and fusible materials such as ceramics. This cutting process May cause burns on the cutting surface since the gas is an oxidant. Proper optimization of the process parameters will help prevent the formation of burrs.
We're professional laser cutting service manufacturers and suppliers in China, specialized in providing high quality customized service. If you're going to buy laser cutting service, welcome to get quotation from our factory.
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