ISO N
Dc 2-20 mm, blade tip arc and chamfer
Cylindrical, Weldon side fixed, 2 kinds of length
JGH40 high performance – square shoulder – alloy – 2 blade
The blade is supported by the cutting, HEMI coating, extrusion molding capacity
ISO N
Dc 2-20 mm, blade tip arc
Cylindrical, 3 lengths
JGH410 high-performance – square shoulder – alloy – 1 blade
Tilting, MEGA-T plating, drilling capacity
ISO N
Dc 2-17 mm, blade tip arc
Cylindrical, 2 lengths
Advanced roughing solid carbide end milling cutter
Shan gao provides a series of specialized solid carbide cutting tools designed for advanced machining strategy. The optimal performance can be provided by optimized cutting length, multiple cutting edges, slot grooves, and a modern tool path loop that attaches high importance to controlled contact arc.
Jhs564/565 advanced machining – square shoulder – versatile – 4-5 blades
Tapered core, split slot, different pitch
ISO P, M, K, S, N
Dc 3-25 mm, blade tip arc and chamfer
Cylindrical, Weldon side fixed, 2 kinds of length
JHS720_C advanced machining – square shoulder – titanium alloy – 6 edge
Different pitch, chip, HXT plating
ISO S, M
Dc 10-25 mm, blade tip arc
Cylindrical, Weldon side fixed, Safe- Lock, 2 kinds of length
High feed machining solid carbide end milling cutter
The mountain high into the solid carbide end milling cutter adopts the typical high feed trough type, so the chip is thinner. In view of this thin chip effect, relatively high quantity of feed can be applied, which also helps to eliminate vibration and cutter deformation.
High feed processing is the first choice in the following situations: it has deep and shallow work piece processing parts, the 3D copying milling process of mould application field, and processing under unstable working conditions. The high feed tool has a good performance in the cutting and milling method.
