POWER OPERATED POLYCRYSTALLINE DIAMOND CUTTING EDGE

Brand Owner (click to sort) Address Description
MAXIMIZER Saber Diamond Tools, Inc. 101 Saber Parkway Villa Rica GA 30180 Power-operated polycrystalline diamond cutting edge tooling consisting of saw blades, router bits, cutter heads, drill bits, and grinding wheels mounted on motor driven machines for cutting, sanding and grinding used in the fields of automotive, plastic, aerospace, woodworking, stone and concrete processing;
PRO-SHEAR Saber Diamond Tools, Inc. 101 Saber Parkway Villa Rica GA 30180 Power-operated polycrystalline diamond cutting edge tooling consisting of saw blades, router bits, cutter heads, drill bits, and grinding wheels mounted on motor driven machines for cutting, sanding and grinding used in the fields of automotive, plastic, aerospace, woodworking, stone and concrete processing;
SABER Saber Diamond Tools, Inc. 101 Saber Parkway Villa Rica GA 30180 Power-operated polycrystalline diamond cutting edge tooling consisting of saw blades, router bits, cutter heads, drill bits, and grinding wheels mounted on motor driven machines for cutting, sanding and grinding used in the fields of automotive, plastic, aerospace, woodworking, stone and concrete processing, none of the foregoing including lapidary blades;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The present invention relates to a diamond saw blade for milling. The rim of the circular metal with a shaft or the front end of the tubular body or an edge of the strip metal has multiple equidistant openings for positioning the diamond grains. The width of the opening is slightly wider or equal to the diameter of the diamond grain. After the diamond grains are positioned in each opening, the metal surface on both sides of each opening is pressed by the jig through two directions. The metal surface on both sides of the opening is deformed by the pressure from the jig, and extrudes along the direction of each opening for bonding diamond grains. Further, the surface forms a rugged cutting edge. More, a diamond layer with diamond grains is electroplated on the surface of the cutting edge. It, therefore, has a long lifecycle and becomes a high-speed cutting edge for milling without deformation.