FIBER LASER CUTTING
>> Advanced Technology for Precision Metal Processing.
Fiber Lasers Capabilities
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Cutting Precision
Extremely high precision with a cutting tolerance of ±0.15 mm, adhering to ISO 2760m accuracy standards without compensation. Higher precision can be achieved upon request.
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Max Size Material
1500 mm (w) x 3000 mm (l)
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Cutting Thickness
Up to 20 mm
>> Extremely fast cutting of sheet metal
>> High precision
>> Very thin cuts
>> Handles small details
>> Minimal burring
Fiber laser cutting, Advanced technology for precision metal machining.
Fiber laser cutting is an advanced technology for precision metal machining used in several industries, including the automotive, manufacturing, and construction industries. This precision technique enables accurate cutting of various metal materials, from thin and soft materials to thick and hard materials. Additionally, we offer engraving in stainless steel and black steel.
In the automotive industry, fiber laser cutting is used to efficiently cut through steel and aluminum to manufacture car bodies and other key components. In the manufacturing industry, the technique is used to create detailed shapes and patterns by cutting through different metal materials. In the construction industry, fiber laser cutting is used to create decorative surfaces and shapes in metal.
As a versatile technology for metal processing, fiber laser cutting enables high precision and minimal deformation. It is an indispensable technology in the automotive, manufacturing, and construction industries, helping companies achieve precise and efficient results.
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Frequently Asked Questions about Fiber Laser Cutting
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Fiber laser cutting is a process where a high-intensity laser beam is used to cut through metal. The laser is generated by a fiber laser, which creates a narrow and concentrated beam that can be focused on a very small area. This allows the laser to cut through metal with high precision and minimal deformation.
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Fiber laser cutting has several advantages compared to other metal processing techniques. Firstly, it is a highly precise method that allows for cutting with minimal deformation. Secondly, it is a fast method that enables high productivity and short lead times. Thirdly, it is a cost-effective method that reduces waste and saves material.
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Fiber laser cutting can be used to process various types of metal materials, including steel, aluminum, brass, copper, and titanium. It can be used to cut materials into different shapes and sizes, such as plates, tubes, and profiles. It can also be used to cut through materials of varying thicknesses, from thin layers to thick plates.
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Steel, aluminum, brass, copper, and titanium.