74results about How to "High cutting surface quality" patented technology

A throwaway insert and a cutting tool enable a high speed cutting operation for a metallic material having great ductility such as aluminum and obtaining a vertical wall with a high quality machined surface while improving chip control. The throwaway insert (1) comprises a major cutting edge (60) including a tapered cutting edge (61) connected to a cutting edge (41) of a nose portion (40), and a curved cutting edge (62) connected to an end of the tapered cutting edge (61) at a connection point (P). The curved cutting edge (62) is formed so as to extend along an imaginary cylindrical surface (S) whose center axis coincides with the axis of rotation of a tool main body (200), and tapered cutting edge (61) is formed so as to gradually curve from the imaginary cylindrical surface (S) toward the inside of the imaginary cylindrical surface (S) as the distance from the curved cutting edge (62) increases, and the distance from the nose portion (40) decreases. The throwaway insert (1) is attached to the tool main body (200) in which the surface of the distal end thereof is machined so that surface roughness thereof is less than 3.2 mu m when indicated by the Ry roughness. <IMAGE>A throwaway insert and a cutting tool enable a high speed cutting operation for a metallic material having great ductility such as aluminum and obtaining a vertical wall with a high quality machined surface while improving chip control. The throwaway insert (1) comprises a major cutting edge (60) including a tapered cutting edge (61) connected to a cutting edge (41) of a nose portion (40), and a curved cutting edge (62) connected to an end of the tapered cutting edge (61) at a connection point (P). The curved cutting edge (62) is formed so as to extend along an imaginary cylindrical surface (S) whose center axis coincides with the axis of rotation of a tool main body (200), and tapered cutting edge (61) is formed so as to gradually curve from the imaginary cylindrical surface (S) toward the inside of the imaginary cylindrical surface (S) as the distance from the curved cutting edge (62) increases, and the distance from the nose portion (40) decreases. The throwaway insert (1) is attached to the tool main body (200) in which the surface of the distal end thereof is machined so that surface roughness thereof is less than 3.2 mu m when indicated by the Ry roughness. <IMAGE>

An acetabular reamer (10′) for cutting a required cut shape. The reamer has a cutting shell (12′) having a series of doubly curved cutting teeth (16′) thereon of a quantity to substantially reduce a cutting pressure on each tooth as well as to reduce a size of a typical chip generated upon cutting. Substantially all the teeth each have a matched arc cutting edge (20′) of substantial length that has a cutting profile which substantially matches a profile of a shape to be cut. Such a configuration reduces the number of teeth required to cut the shape.

The invention discloses an annular super-hard abrasive wire and a method for manufacturing the same. The annular super-hard abrasive wire comprises a rope, super-hard abrasive particles and a coating, wherein the size of the rope ranges from 0.1mm to 6mm, the super-hard abrasive particles are solidified on the surface of the rope, and the coating is used for solidifying the super-hard abrasive particles. The method for manufacturing the annular super-hard abrasive wire includes braiding the thin rope to form a ring with an optional perimeter; and then solidifying the super-hard abrasive particles on the surface of the annular rope by means of coating to form the high-strength annular super-hard abrasive wire with the uniform outer diameter and a long service life. The annular super-hard abrasive wire is low in cost, high in fatigue strength, long in service life, good in cutting quality and high in cutting efficiency, and a cutting machine with the annular wire can be used for cutting conductors, semiconductors and non-conductor materials.

The invention discloses an annular superhard abrasive wire and a manufacturing method thereof. The base body of the annular superhard abrasive wire is a wire rope, the wire rope is connected in an end-to-end mode to form an annular shape, superhard abrasive particles are uniformly consolidated on the surface of the wire rope so as to form a superhard abrasive layer, the superhard abrasive layer is a single particle thickness layer, the wire rope comprises a core and compound yarns spirally wound on the core, the initial end and the tail end of the core are connected to form an annular shape, the length of the compound yarns wound on the core meets the requirement that the compound yarns can be wound on the core for six turns, after the compound yarns are wound on the core for six turns, the compound yarns are connected in an end-to-end mode, and joints of the compound yarns are disposed at one side of a core connecting point. The annular superhard abrasive wire is narrow in joint cutting, high in efficiency and good in cutting surface quality, and also has higher anti-fatigue strength.