End mills are multi-edge rotary cutting tools for workpiece machining. During operation, the tool performs the primary rotary motion, while the workpiece feeds; alternatively, the workpiece can be fixed and the tool moved to complete cutting.
High-performance carbide drill optimized for stainless steel, ductile iron and alloy steel. Stable cutting performance, longer tool life and improved productivity for hydraulic components, elevator parts and general machining.
PCBN inserts are superhard cutting tools for hard turning of hardened steel, chilled cast iron and powder metallurgy parts. Available in multiple grades for continuous, medium & heavy interrupted cuts, delivering high cutting speed, superior wear resistance and long tool life.
A tap is a cutting tool used to machine internal threads in pre-drilled holes. It forms the required thread profile through rotational movement and axial feed, and is widely applied in mechanical manufacturing and assembly industries.
Cemented carbide inserts are the most widely used cutting tool materials in machining. They are sintered from tungsten carbide powder with cobalt binder. Featuring high hardness and excellent hot hardness, they can machine mild steel, hardened steel, stainless steel and other workpieces.
By the rotary motion of the workpiece and reciprocating movement of the cutting tool, threads meeting dimensional requirements are machined.
Polycrystalline diamond is fabricated under high temperature and high pressure by optimally combining diamond crystal structure, grain orientation, particle size and binder, customized for different workpiece materials. Featuring high hardness, high compressive strength, excellent thermal conductivity and great wear resistance, it can achieve superior machining accuracy and efficiency during high-speed cutting.
Product Features 1. Improved hot hardness and shock resistance, maintaining excellent stability even under harsh cutting conditions. 2. Substrate reinforcement technology greatly enhances bonding strength, delivering outstanding chipping and wear resistance to achieve high-quality finished surface.
Through rotary movement of the cutting tool and reciprocating motion of the workpiece, surfaces or profiles meeting dimensional requirements are machined.
