Manufacturing process of stainless steel inserts for milling.

Abstract

ocr The manufacturing process for stainless steel inserts for milling involves inventive techniques. It involves cutting steel into a rectangular block, and then shaping the insert using an electric wire. (Wire cutting) To create the shape, take the cut insert, which has been surface-ground, and drill a round hole in the center of the insert. Cutting with a copper electrode on an electric discharge machine. The Discharge Machine is an invention of a cutting insert that makes the sharpness of the blade more precise. To reduce the risk of tissue damage.

Claims

ocr 1. The manufacturing process of stainless steel inserts for milling involves the following steps: A. The steel is cut into rectangular blocks on a vertical milling machine, forming a rhombus shape. Wet the cement at a temperature of 25-30 degrees Celsius for use in shaping the inserts. B. Cut the steel obtained from step A using wire cutting to shape the insert. Shape, cutting edge, relief surface, chip evacuation surface, and side relief surface, with a relief angle of 11-15. Celsius degrees C. Take the cutting insert obtained from step B and grind the surface of the insert at a temperature of 250-500 degrees Celsius. The cutting and shaping of the material into the desired form. D. Take the insert obtained from step C and drill a circular hole in the center of the insert using a copper electrode. electrode) on an Electric Discharge Machine.