2-bladed ball cutter for copper aluminum alloy processing

2-bladed ball cutter for copper aluminum alloy processingWhen processing copper electrodesBecause copper is relatively soft and has high wear resistance and toughness, it is easy to stick to the tool during processing, so it is more suitable to use tungsten steel end mills for machining. Pure copper is a soft metal that appears red orange with a metallic luster when its surface is just cut open, and its individual components appear purple red. Due to its good ductility, high thermal and electrical conductivity, it is a processing material in cables, electrical and electronic components, and can also be used as a building material to manufacture many alloys. Copper alloys have excellent mechanical properties and low electrical resistivity, with bronze and brass being the most important. In addition, copper is also a durable metal that can be recycled multiple times without damaging its mechanical properties.2-bladed ball cutter for copper aluminum alloy processingThe use of TAC coating can sustain effective long-term processing.

Flat bottom milling cutter: also known as end milling cutter, light milling cutter, gong milling cutter, and purple milling cutter, it is commonly used for precision machining, semi precision machining, and precision machining of flat surfaces, side surfaces, grooves, and mutually perpendicular step surfaces. The more cutting edges a milling cutter has, the better the effect after precision machining.

Coarse skin milling cutter: also known as a wavy edge cutter, used for rough machining of workpiece surfaces. It is divided into coarse teeth, medium teeth, and fine teeth according to the size of the wavy edge teeth. Different tooth shapes require different machining parameters. In general, this type of milling cutter allows for a larger cutting amount.

Ball end milling cutter: Because the blade shape is spherical, it is called a ball end milling cutter, also known as a computer ball cutter or R milling cutter, and is often used for semi precision and precision machining of various curved surfaces, circular arc grooves.

Round nose milling cutter: also known as bull nose milling cutter or rounded corner milling cutter, commonly used for machining right angled step surfaces or grooves with R angles, and mostly used for semi precision machining and precision machining.

Copper aluminum milling cutter: mainly made for the characteristics of copper and aluminum materials. Its features are large front angle, large rear angle (sharp teeth), large spiral, and good chip removal effect.

T-groove milling cutter: mainly used for machining T-grooves and side grooves.

Chamfering milling cutter: mainly used for chamfering the inner hole and outer shape of molds, with chamfering angles of 60 degrees, 90 degrees, and 120 degrees.

Internal R-milling cutter: also known as concave arc end milling cutter or reverse R-ball milling cutter, commonly used as a specialized milling cutter for milling convex R-shaped surfaces.

Countersunk end milling cutter: commonly used for processing hexagonal screws, mold ejector pins, and mold nozzle countersunk holes.

Slant knife: also known as taper knife, commonly used for cone surface processing after ordinary blade processing, mold draft clearance processing, and concave groove processing. The slope of the tool is in degrees of one side.

Swallowtail groove milling cutter: shaped like a swallow's tail, commonly used for machining dovetail groove shaped workpieces.