Laser cutting automotive industry
For suppliers and manufacturers in the automotive industry, fast processing and delivery times with maximum quality are essential in order to remain competitive. Laser cutting is the ideal processing method for the automotive industry, offering maximum precision at the highest possible speed. The process enables extremely precise and accurate cuts with tight tolerances, which is particularly important in the production of complex components. The versatility of laser technology allows the cutting of various materials such as steel, aluminum, titanium and plastic, which are frequently used in automotive production. Another advantage is that the cutting edges often require virtually no reworking, which reduces processing time and costs. Both for the production of prototypes and in series production, laser cutting systems offer an extremely high degree of flexibility in order to meet individual customer wishes and high requirements. Laser cutting is used in the automotive industry for the production of body parts, frames, dashboards and cladding, among other things.
Laser cutting automotive industry: Selected references
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FAQ: We answer your questions about the laser cutting automotive industry
What is laser cutting and how is it used in the automotive industry?
Together with oxy-fuel cutting, plasma cutting and waterjet cutting, laser technology is one of the four key cutting processes in metal processing. Laser cutting technology in particular is often used in the automotive industry, as a variety of materials can be cut precisely and at the highest possible speed in order to meet the high demands of automotive industry customers in terms of precision and quality.
Which materials can be processed with laser cutting in the automotive industry?
The manufacture of a vehicle requires a wide variety of components such as bodywork, frames, exhaust systems and safety structures, which in turn are made from a wide range of materials such as steel, aluminum and plastic. Laser technology is suitable for cutting through numerous materials and enables them to be processed at a comparatively high cutting speed compared to other technologies.
What are the advantages of robot-guided cutting technology in the automotive industry?
Due to the high automation requirements in the automotive industry, fiber-guided laser systems are particularly suitable for use in robot-guided cutting systems, as they offer a high degree of flexibility for a wide range of cutting applications and materials. Non-contact, low heat input and a process that requires virtually no post-processing are additional advantages that speak in favor of their use.
is an application engineer for laser technology at MicroStep Europa GmbH. The technologist has been at the heart of the market for decades and is passionate about the further development of laser cutting technology. In various roles, he has played a key role in ensuring that MicroStep can now offer an impressive portfolio of solutions in the field of laser cutting technology.