Slant-Bed Lathe Provides Rigidity, Stability, Precision
IMTS 2018: Racer Machinery International is displaying its Standard Modern CNC S-22 slant-bed lath, developed using hand-scraped surfaces, a built-in slant that offers more rigidity, thermal stability and precision.
Racer Machinery International is displaying its Standard Modern CNC S-22 slant-bed lath, developed using hand-scraped surfaces, a built-in slant that offers more rigidity, thermal stability and precision. In addition, three-point roller bearings, a dynamically balanced spindle, as well as ground precision ballscrews are standard. The S-22 is the most aesthetically pleasing addition to any shop floor.
The S-22 features a hydraulics system as well as automatic lubrication, coolant, chip conveyor and multiple windows to oversee parts in process. Operational ranges include a 22" swing over bed; a turning diameter of 22", 24" or 46"; a Z axis; and a 10-station VDI turret. The headstock has a A2-6 spindle nose, a 3.06" spindle bore and a 20-hp spindle drive that provides speed from 40 to 3,500 rpm. A gearbox is available as an option.
A significant feature is the machine’s Shop Turn programming software, which is designed to provide an intuitive conversational programming system. The user-friendly CNC makes this the ideal machine for manufacturers and training facilities, since its Siemens software package minimizes the effort required programming by using interactive graphics and simulations, according to the company.
Related Content
-
High RPM Spindles: 5 Advantages for 5-axis CNC Machines
Explore five crucial ways equipping 5-axis CNC machines with Air Turbine Spindles® can achieve the speeds necessary to overcome manufacturing challenges.
-
Fearless Five-Axis Programming Fosters Shop Growth
Reinvestment in automation has spurred KCS Advanced Machining Service’s growth from prototyping to low-and mid-volume parts. The key to its success? A young staff of talented programmers.
-
How to Mitigate Chatter to Boost Machining Rates
There are usually better solutions to chatter than just reducing the feed rate. Through vibration analysis, the chatter problem can be solved, enabling much higher metal removal rates, better quality and longer tool life.