Three-edge cutter use
12 4月 2018 | 没有评论 | posted by admin | in Article
In addition to the main cutting edge on the circumferential surface, the three-edge milling cutter also has secondary cutting edges on both sides, thereby improving the cutting conditions, improving the cutting efficiency and reducing the surface roughness. It is mainly used for milling of stepped and grooved surfaces of medium hardness and strength metal materials. It can also be used for processing of non-metal materials. The ultra-hard material three-blade cutter is used for the milling of stepped and grooved surfaces of difficult-to-cut materials. Processing. It is mainly used to mill the groove of fixed value size, and can also mill general groove, step surface and side surface.
What is a three-edge cutter?
10 4月 2018 | 没有评论 | posted by admin | in Article
Three-blade cutter Abbreviated three-blade: All three edges have a back angle, sharp edges, and light cutting. Three-edge cutters are standard machine tools and are usually used on horizontal milling machines and are generally used for milling grooves and steps.
shape:
Its shape is like the “circular hole in the middle of the sesame cake” and its outer circle, and the two end faces near the outer circle have cutting edges (like a wide sawtooth) so it is called a three-sided edge. The main cutting edge of the three-edge milling cutter is distributed on the cylindrical surface of the milling cutter, and the minor cutting edge is distributed on both end faces. When used, the knife is installed on the arbor of the horizontal milling. Of course, it can also be installed on other machine tools. It is generally used for milling grooves and steps.
High-speed cutting mold machine tool points
9 4月 2018 | 没有评论 | posted by admin | in Article
1. It requires the spindle of the machine tool to have large power and high rotation speed to satisfy the rough and fine processing.
2. The rapid feed of the machine tool does not require high-speed travel. However, it must have a relatively high processing feed rate (30~60m/min) and high acceleration/deceleration.
3, the rapid feed of the machine tool does not require high speed travel. However, it must have a relatively high processing feed rate (30~60m/min) and high acceleration/deceleration.
4. Select CAD/CAM software for high-speed machines, especially for high-speed cutting tools.
