The application information recommended by cutters for rhino feed

Application information

The application information recommended by cutters for rhino feed

Tools are best suited for “z-level” roughening; Reach the cutting depth (DOC) and remove the entire plane.

The use of rhino feed is not recommended. Increase (2 ˚ Max.) Recommend it.

The use of a rhino feed tool absolutely requires climbing. In the conventional milling process, the damage of the cutter or part may occur.

Keep at least 75% cutter diameter on the workpiece as much as possible. Hang the tool on the side of the work, and the service life and performance of the tool are unfavorable.

In a possible case, the cutting width (WOC) should be 60-75% of the diameter of the knife. The slight scallop effect is acceptable. For longer tools, this is particularly important – cutting pressure should be on both sides of the center line.

High feed milling produces a thick slice that can effectively take away heat. Combine it with a slightly lower SFM to get very good tool life.

Use the feed rate compensation chart on each insert page to compensate for thin slices that appear in the rhino feed socket. This will provide the best metal removal rate and tool life.

Technical factors

Use the anti-robbery compound regularly on screws.

Insert screws for every 10 inserts.

Use short length knife rack (end milling cutter) to achieve maximum hardness; The cutting tool shank shall be as upward as possible in the spindle cone of the machine.

Thoroughly clean the pocket and screw each insert replacement.

Use a tool holder for rough handling: use end mills and power clamps; There is a seam jacket not recommended.

Tighten the screws before clamping the screws.


Modern metal cutting techniques may use very high operating parameters (speed, feed, cutting depth, etc.). This creates the possibility of flight chips and debris, and can cause tools to break down for a variety of reasons.