milling cutter

The photocopier cannot replace the position of the electric drill; The surface area is too large to continue this way, beyond the required cutting depth. However, during the milling process, it is possible to produce a common processing headache during the milling process: drilling a hole before grinding.

A traditional indexable vertical milling cutter requires the opening of this hole because the tool cannot perform a straight z-axis movement to the material.

The only way to get into the material with this type of tool is a ramp – in entry, which usually requires CAM software. However, using a replication factory can avoid this step. When the tool is not considered, the inserted procedure can be entered into the controlled filling cycle. This is especially useful in more complicated machining or surface roughing, where the CAM bag can insert a large number of inclining points to complete the rough tool path. With copier cutting tools, these crashes are no longer a problem.

Helical interpolation

When the screw interpolation is used, the large diameter hole can be made quickly and easily. This technique is similar to the movement of threads in all three axes (X, Y, and Z). Unlike thread milling, it is introduced without any kind of starting hole. The tool simply locates in the inner diameter of the hole, and from there it begins its spiral by reaching down to the final depth to achieve complete removal of the material. This kind of smooth operation avoids the high – horsepower consumption characteristic of large diameter hole. Using the high clearance Angle of the cutter cutting tool, the Angle can be aggressive in the screw interpolation process, without considering the cutting blade at the bottom of the friction. The quick and simple process provides an additional advantage that allows many different hole sizes to be generated with the same diameter tool. The hole size changes are in programming.

The cycle time of spiral interpolation is compared