More efficient deburring with Lukas-Erzett carbide cutters and robots
Deburring using robots offers enormous advantages in the manufacturing industry. Lukas-Erzett offers suitable carbide milling cutters for this purpose, for example for deburring castings or gear wheels, for non-ferrous metals such as aluminum or for plastics and workpieces made of carbon and glass fiber.
With their high repeat accuracy and reliability, robots enable both simple and the most demanding deburring work to be carried out efficiently on a wide variety of materials. High-performance tools that are specially designed for intensive use with robots - such as the carbide milling cutters from Lukas-Erzett - are essential for this. The milling cutters, which are often specially developed for stationary use, are available in many shapes, head diameters and lengths as well as different tooth and shank diameters. In addition, the carbide milling cutters from Lukas-Erzett are available with various high-quality coatings for the best possible surface quality and process reliability, which increase wear resistance, reduce cutting forces and improve chip removal, for example.
The carbide milling cutters from Lukas-Erzett, which have been specially developed for use in robot systems, offer the opportunity to make the most of the potential of robot-assisted production. Lukas tools are characterized by their robustness, versatility and innovative coatings such as the LightFlow coating. They enable high stock removal rates, extended tool life and optimum surface results - even under intensive conditions, they make a decisive contribution to improving work flow and process reliability. With innovative solutions such as the Cast (for cast iron), Z9 Alu (for aluminum), CarbonCut (for composite materials) and Composite Coarse (for plastics) milling cutters, Lukas-Erzett supports its customers in various industries with high-quality tools for robot use. This makes a decisive contribution to the optimization of modern manufacturing processes.