Using OptiThreading eliminates long chips that damage a component’s surface and interfere with the cutting zone, improving component quality. Sandvik Coromant says supporting this cutting method delivers multiple benefits. This is achieved by offering tool paths that deliver controlled, oscillating movements for interrupted cuts that go in and out of the cut on all passes except the last one. As part of the solution, CoroPlus Tool Path helps users develop optimized OptiThreading tool paths that specifically overcome the challenge of chip control. Using the method and software, manufacturers can fully optimize their thread turning operations. OptiThreading has been designed with these challenges in mind, and the module is available as part of a subscription to the CoroPlus Tool Path, and is developed specifically for CoroThread 266 tools and inserts. The chips can get caught in conveyors, causing damage and equipment downtime.
LONG PATH TOOL CHIP SOFTWARE
The software generates NC codes based on cutting data parameters to secure the correct number of passes with evenly distributed cutting forces, which is said to optimize productivity, tool life and process security.Īccording the company, a common problem in thread turning is that chips coil around robots, chucks, tools and components. Launched within the existing CoroPlus Tool Path software, OptiThreading is a new software module that the company says will help manufacturers avoid the risk of chip jams and associated downtime.ĬoroPlus Tool Path software offers programming support for external and internal thread turning operations. Sandvik Coromant has unveiled a new machining method that enables controlled chip breaking in thread turning applications. Sandvik Coromant’s OptiThreading software module for thread turning helps overcome the risk of chip jams and associated downtime.