CATEGORY

The cutting edge design with positioning functionality enhances processing stability while providing strong rigidity and cutting power. Suitable for steel, cast iron, aluminum, stainless steel, titanium alloys, and more, with a high-temperature-resistant DA coating for extended tool life. Also features oil hole design, and with a central coolant hole, it offers both rigidity and lubrication.

Special cutting edge design enhances tool stability. Suitable for drilling steel, cast iron, and stainless steel. Drill depth options include 3D and 5D, with oil hole designs and center
coolant options for optimal cooling and chip removal. The enhanced carbide drill reamer features additional auxiliary cutting edges to effectively extend tool life.

The tungsten carbide locating drill features a low-resistance cutting edge design, with a deeper flute for smooth chip removal and reduced risk of chip wrapping. Offers excellent precision and performance in curved and inclined surface machining. The series offers two functional choices: the PD series for guide holes and the PF series for chamfering.

The tungsten carbide end mill series includes tools for steel, iron, and aluminum. The unequal helix design combined with special edge grinding improves surface roughness and reduces vibration during machining, enhancing stability. With various coating options, the tools offer extended tool life and wear resistance, ideal for high-hardness materials such as steel, alloy steel, and stainless steel, making them the best choice for precision machining.

These tools are ideal for machining stainless steel, titanium alloys, high-temperature alloys, and high-strength steels. Even under conditions where cutting heat accumulates, these tools maintain stable machining performance. Optimized spiral angles and multiple cutting edges in TIC end mills, combined with new coatings, prevent tool pull-out and breakage in high-speed and high-feed conditions.

The special tools for composite materials are used for machining thermoset fiber-reinforced plastics. The GMST and GMLT series offer both rough and fine cutting edges with unique geometries that effectively remove fiber residue. The GDA composite material drill bits excel in hole drilling, preventing burrs and tearing. The GDE composite material drill-mill is perfect for through-hole machining.

Thread milling enhances stability, producing finer chips and smoother processes. With precise calculations, thread tolerances can be adjusted. The coated aluminum thread milling cutters offer extended tool life and reduced wear.

The “Gold” series of small-diameter turning tools, with specially developed cutting edge designs, ensures stable chip breaking and excellent chip removal, improving machining accuracy and surface finish.