Due to the fierce market competition, Mould manufacturing cycle is getting shorter and shorter, and the Mold quality requirement is getting higher and higher, At this time, high speed machining technology is the key for mold makers […]
High-speed machining centers have made it possible to machine intricate detail into almost any grade of graphite, a task that would have been impossible using manual or CNC machining equipment. […]
Workpiece sizes are decreasing, while part versions increase. The miniaturization in the manufacturing world demands changes in the manufacturing process. These increased demands require rethinking in order to work more efficiently with smaller tool diameters, […]
Micro-mold involves mills and drills with a diameter of 0.250″ or less. It is required for intricate, very detailed machining and works best with high-speed spindles. HSM has no set definition or absolute parameters, but one workable definition is machining with spindle speeds of 25,000 rpm or more. […]
High-speed machining (HSM) is usually associated with high-speed spindles (15K to 40K rpm) and higher feedrates. It is also referred to as high velocity machining. They are one in the same, as both represent machining components in the most accurate and shortest cycle times. […]
Success with high-speed machining requires a thorough under-standing of the required tools and methods and of their benefits and limitations. […]
High-speed machining centers have made it possible to machine intricate detail into almost any grade of graphite, a task that would have been impossible using manual or CNC machining equipment. The high-speed spindles, making multiple passes with smaller chip loads, allow thin ribs to be machined without putting pressure on the rib. Materials with low [...]
High-speed machining centers have made it possible to machine intricate detail into almost any grade of graphite, a task that would have been impossible using manual or CNC machining equipment. […]
By developing on a 3-D CAD mainstream platform, a CAM supplier can focus its resources 100 percent to support advanced manufacturing technologies. A good example is high-speed machining (HSM), […]
Success with high-speed machining requires a thorough under-standing of the required tools and methods and of their benefits and limitations. […]