- use of tool racks applicable to rough operations: use end mills and power chuck; There is a seam jacket not recommended.
suggest
The tool is best for the “z-class” roughening; Go deep into the cutting depth (DHOC) and clear the entire hierarchy.
- the End Mills – crash rate should not exceed. (50 mm/revolution. Each tooth is 25 mm.
Shell factory – increasing recommended (less than 3 ˚). Increased feed recommended 50% x – y axis feed.
- the minimum diameter of the meshing meshing is 75 %.
If possible, the cutting widths (WHOC) should be 60-75% of the diameter of the knife, creating a “fan” effect between channels (only end mills), especially for long length tools.
- the crash created a long, continuous chip; With a depth of more than 3.8 mm, use a fully retreated parker loop to break and evacuate the chip.
- round pads provide a very powerful cutting edge and are closer to completion. Use high speed and eat with Dr. Light to take advantage of these benefits. High metal removal rates will be achieved without high power consumption.
- use the feed rate compensation table on page 17 to compensate for the chip dilution of round insertion; This will provide the best metal removal rate and tool life. The lighter the doctor, the more important feed compensation.
- accurately insert accurately into the interior. 0127mm, with a copy or raster cutting path, the cutter is semi-finished.
Carbide blade
GL provides a comprehensive carbide blade. The green leaf is an industry pioneer of coated hard alloys, which provides a variety of coatings and PHVD coating levels. GL offers 25 carbide grades, ranging from high-performance submicron carbide to heat-resistant aerospace alloys to the high-speed rotation and milling of iron, stainless steel and alloy steel. Chip control geometry can be roughed in a large number of ANSI/ISO standard insert styles.
Ceramic insert
In more than 30 years of experience, GL is the industry leader in the development of ceramic cutting tools and professional applications.
