CNC gear-cutting machine LK 180 - 280

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Machine - Rigid machine design - Ringloader concept for fast workpiece change - Tailstock for shaft machining and optimum workpiece clamping - Optional chamfering during the machining process Tool - Design and manufacturing of conical and cylindrical skiving cutters - Process optimized tool design - Tools in PM-HSS & carbide versions Process - Process analysis and simulation for optimal cutting conditions - Use of technology applications for optimal customer support - Collision analysis with calculation software Increased efficiency thanks to gear skiving Gear teeth manufacturers are seeking alternative processes that are more productive and cost-effective than the gear shaping method and more flexible than broaching. Successful gear skiving by means of: Machine Tool Process The foundation for successful gear skiving is the rigidity of the machine: The cast iron machine bed absorbs the occurring process forces. In the machining head, a high spindle rigidity is achieved by means of a special bearing concept, which means that longer tool holders can also be used. This is particularly important for machining internal gears. In combination with a burst-proof housing, the machine is suitable for both dry and wet machining with oil or emulsion. In addition to the machine, the appropriate tool is crucial for a stable process. Our in-house tool development and manufacturing enables us to design the optimal tool for every workpiece - based on our vast knowledge of the gear skiving process. The planned process must be taken into account when designing tools.