Turning
Chip Removal and Coolant Filtration for CNC Turning
CNC Turning machines are extremely versatile and offer exceptional precision and repeatability, making them valuable across a wide range of industries where cylindrical or rotational parts are required including automotive, aerospace, firearm manufacturing, medical device, and others. CNC turning operations often struggle with long, stringy chips that can clog conveyors, and interrupt production. Heavy chip volumes, abrasive materials, and contaminated coolant can quickly lead to tool wear, poor surface finish, and unexpected downtime. Keeping turning centers running efficiently requires reliable chip control and clean, consistent coolant flow—especially during long runs and lights-out shifts.
Jorgensen engineers and builds automated chip conveyors and coolant filtration systems to address these exact challenges. Conveyors such as the MunchMan easily handle difficult chip types common in turning. Remove stringers, nests, bushy chips, and fine particulate without causing jams or slowing production. Choose from a wide range of size specifications and options including belt-type, filter media configurations, and modular accessories to tailor performance for specific materials types.
Our engineers work with customers to easily configure integrated coolant tanks and stand-alone filtration systems that fit available floorspace. Systems support both single machines and multi-machine production lines. Coolant filtration options maintain clarity and reduce maintenance costs while improving surface finish.
Built for durability and uptime, Jorgensen solutions minimize unplanned stoppages caused by chip clogs, reduce the labor associated with tank cleaning, and keep coolant flowing cleanly and consistently. By choosing filtration systems specifically matched to the application, machinists see more stable turning processes, fewer operator interventions, and increased productivity across every shift.
Contact our team for a full application review and a competitive quote.
