PCD (polycrystalline diamond) is specially designed for composite materials, casting aluminum. The end mill of PCD requires high spindle speed and rigid processing equipment to achieve optimal performance. The insertion wear-resisting wear of PCD greatly extends the life of the milling cutter. The company provides a complete readjustment program for all PCD tools to restore the tools to their original state.
Coolant feed – extreme chip evacuation
Slot and pocket milling usually result in an evacuation problem for the chip, especially in the vertical machining center. Recutting the chip may lead to a failure of the terminal plant.
After cooling, the chip is evacuated from the cutting area. This eliminates the problem or the recutting of the chip.
Aero-tech – aerospace alloy
The three – groove design of aviation technology developed for the cost efficient processing of general steel, stainless steel, high alloy steel, titanium and nickel alloy. All aviation technology companies have microhorn protection to extend tool life. It can be used in paint or bright finished products.
Alumi-tech – aluminum alloy
Aluminum carbide milling cutter is specially designed for milling aluminum and aluminum alloy. Suitable for slots and rough grinding applications. These tools can be divided into 2 and 3 flute designs, solid and coolant. The standard products of bright finished products and ultra – a coatings can be obtained from the inventory.
Thick Rough – tech The ancient ring provides all kinds of high – performance hard alloy rough machining design. Rough technique (GS100 is specially designed for aluminum and aluminum alloy milling, solid or coolant, with a rough tooth shape. The RS300 u/f combines a truncated cogwheel profile with the highest efficiency in aviation alloys such as stainless steel, titanium and Inconel. The rough technique 48/56 (gs300u/h) was designed to use the material as 48 HRC and 56 HRC and coolant respectively.
Lower power requirements and cutting pressure
For less powerful and unstable machines
Suitable for unsuitable workpieces and tool clamping conditions
The high metal removal rate is due to the full cut length