![]() ![]() The machine is part of an integrated computer-aided design and manufacturing (CAD/CAM) and CNC process chain that uses NX™ software for hybrid additive manufacturing. The machine is a specific form of a multitasking machine, combining additive and subtractive processes, in particular generative laser powder cladding (directed energy deposition - DED) and 5-axis simultaneous milling in one setup. Since the end of 2014, Hoedtke has been using a Lasertec 65 3D laser deposition welding and milling machine from DMG MORI, equipped with a Siemens Sinumerik® 840D controller. The next step is the additive manufacturing process, in which a metal powder jet is melted in three-dimensional space using a laser.” “First of all we used the laser cutting procedure, then the laser welding process. “When we became aware of the laser, it had not yet been used in the metalworking sector,” says Joachim H. KG (Hoedtke) has always considered itself an innovator in the industry – the company was an early adopter of laser machining during the 1970s and benefited from the knowledge it acquired. ![]() Hybrid multitasking machine integrated in the process chain ![]() Hoedtke uses its experience, combined with state-of-theart manufacturing technologies, to implement customer products. More than 250 employees, including physicists, chemists and engineers as well as numerous technicians and foremen, work at the company’s locations in Pinneberg and Kiel, Germany. The company’s portfolio comprises the development and manufacture of parts, modules and complex mechatronic systems for numerous industry sectors such as handcraft, industry and research. KG has been an innovationoriented service provider in the metal and laser technology sector. Manufacture complex parts using multitasked additive and subtractive manufacturing process in a single setupĪchieve accuracy required for functional partsĬontinued company tradition as industry innovatorįor more than 75 years, Hoedtke GmbH and Co. Implement integrated CAD/CAM/CNC process chain.Effectively drive a hybrid machine using advanced Sinumerik 840D controller.Optimize components and processes prior to manufacturing.Leverage postprocessing and machining simulation for integrated laser powder cladding and milling.Use NX Hybrid Additive Manufacturing software.Adopt hybrid additive manufacturing technology.Manufacture complex components that cannot be produced with conventional methods ![]()
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