Space-saving design offers effective use of floor space in your operations; large workpiece capacity—the 800 mm square pallet is capable of loading up to 1200 kg and workpiece sizes up to 1110 mm height and 1300 mm diameter; the high-speed synchronous tool changer can handle tools up to 25 kg; efficient chip disposal is accomplished by flushing coolant on both sides of the bed and collected outside the machine.
Superior rigidity and accuracy with a solid box-shaped main body structure; each axis uses high-load roller guides and double-anchored ball screws; processing accuracy is ensured by using a coolant shelter and thermal displacement compensation at the spindle head; the standard 40-tool magazine can be expanded to 60-, 80- or 120-tool magazines as required for your business operations.
accomplished in one of three ways: Tilting Head—mainly used for processing aircraft parts, etc.; Rotary Table—mainly used for processing dies, parts, prototypes, impellers, etc.; Combination Type (Rotary table and head)—mainly used for processing blades, etc.
A full arsenal committed to your thermal and aero turbine needs. The box way machining center structure excels at cutting hard materials and offers advanced features such as twin spindles and swivel head spindles to satisfy your production challenges.
Highly rigid machines and strong spindles with low vibration characteristics ensure the best output every time. These are outfitted with our most advanced Numeric Controller that supports “look-ahead”—which assures quick response times and high data transfer capabilities even with large programs, avoiding “data starvation.” The OKK HQ Tuner function allows the operator to choose the optimum level (i.e., higher speed level or higher precision level) to fulfill the requirements of the job—shorter processing time, smoother processed surfaces or better dimensional accuracy.
Most often comprised of CNC machines connected to a material handling system to optimize parts flow and a central control computer that manages material movements and machine flow.