Features

1. Elliptical Geometry & High Efficiency: Features a unique elliptical shape that increases cutting contact area to shorten tool paths, reducing machining time by 20% to 50%.
2. nACo Coating & Extended Tool Life: Combines nACo coating with a premium carbide substrate for superior wear resistance, featuring a strict 0 to -0.02mm tolerance for long-lasting precision.

Application

• Excel at working high-hardened Steels (~HRC68).

Features

• Multi Function: Centering, Counter-sinking, Chamfering, Grooving, and Side milling.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45), stainless steel.

Features

1. MIL-STD-1913 Single-Pass Efficiency: Mills the entire Picatinny Rail profile in a single pass without tool changes, drastically cutting cycle times.
2. Full-Profile 4-Flute Performance: Cuts the concave form and OD flat simultaneously. Features 4 helical flutes for smoother cutting and superior finish.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45), and hardened Steels (HRC40~45).

Features

1. MIL-STD-1913 Single-Pass Efficiency: Mills the entire Picatinny Rail profile in a single pass without tool changes, drastically cutting cycle times.
2. Full-Profile 4-Flute Performance: Cuts the concave form and OD flat simultaneously. Features 4 helical flutes for smoother cutting and superior finish.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45), and hardened Steels (HRC40~45).

Features

1. Available in Standard, Deep, and Max Slotting configurations, allowing machinists to easily select the optimized tool design for their specific machining depths and requirements.
2. Dual-Sided Relief Design: Features undercut reliefs on both sides for improved chip removal and smoother cutting performance, especially in narrow or deep slots.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45), hardened Steels (HRC40~45).

Features

1. Designed for general chamfering and NC spot drilling applications.
2. The four-corner design offers four usable cutting edges for maximum cost efficiency.
3. The newly developed SH + ZrN coating, combined with an optimized spotting geometry, ensures stable centering, reduces friction, improves lubrication, and significantly extends tool life.

Application

• Ideal for machining carbon steels (up to HB225), alloy steels (HB225–325), cast iron, non-ferrous alloy, and similar materials.

Features

1. Multi-flute structure improves surface finish and machining efficiency for continuous chamfering operations.
2. Suitable for edge chamfering, deburring, countersinking, and hole entrance finishing.

Application

• General edge chamfering, Deburring, Hole entrance chamfering, CNC high-speed finishing, Stainless steel / Titanium chamfering (5-flute version)

Features

1. Multi-flute structure improves surface finish and machining efficiency for continuous chamfering operations.
2. Suitable for edge chamfering, deburring, countersinking, and hole entrance finishing.

Application

• General edge chamfering, Deburring, Hole entrance chamfering, CNC high-speed finishing, Stainless steel / Titanium chamfering (5-flute version)

Features

1. Reinforced tip geometry provides higher rigidity and better resistance against chipping during centering and plunging operations.
2. Combines spot drilling, chamfering, and light side milling in one tool to reduce tool changes and cycle time.
3. Compared with conventional chamfer mills, the stronger tip design offers better positioning accuracy and improved tool life.

Application

• Centering / Spot drilling, Positioning before drilling, Chamfering, Side milling, Engraving & V-groove machining, Multi-function machining

Features

1. Reinforced tip geometry provides higher rigidity and better resistance against chipping during centering and plunging operations.
2. Combines spot drilling, chamfering, and light side milling in one tool to reduce tool changes and cycle time.
3. Compared with conventional chamfer mills, the stronger tip design offers better positioning accuracy and improved tool life.

Application

• Centering / Spot drilling, Positioning before drilling, Chamfering, Side milling, Engraving & V-groove machining, Multi-function machining

Features

1. Optimized for engraving, fine chamfering, and V-groove machining applications.
2. Straight flute geometry produces clean and sharp groove profiles.
3. Excellent for decorative chamfering, sign engraving, and precision groove finishing. *The sharp tip geometry is optimized for finishing applications rather than centering or spot drilling.

Application

• Carving / engraving, decorative machining, fine chamfering, V-groove machining, precision edge finishing

Features

1. Overall lengths are 40mm, 45mm, and 50mm, suitable for lathe machining.
2. High precision, improve cutting quality and processing speed.
3. Be stable during the machining process, effectively achieving the anti-vibration effect and increasing the stability of the tool.

Application

• General application; sizes range from 1 mm to 16 mm, and the appropriate coating can be selected according to the material being processed.

Features

1. Overall lengths are 40mm, 45mm, and 50mm, suitable for lathe machining.
2. High precision, improve cutting quality and processing speed.
3. Be stable during the machining process, effectively achieving the anti-vibration effect and increasing the stability of the tool.

Application

• General application; sizes range from 1 mm to 16 mm, and the appropriate coating can be selected according to the material being processed.

Features

1. Overall lengths are 40mm, 45mm, and 50mm, suitable for lathe machining.
2. High precision, improve cutting quality and processing speed.
3. Be stable during the machining process, effectively achieving the anti-vibration effect and increasing the stability of the tool.

Application

• General application; sizes range from 1 mm to 16 mm, and the appropriate coating can be selected according to the material being processed.

Features

1. Overall lengths are 40mm, 45mm, and 50mm, designed specifically for lathe machining.
2. High precision, improved cutting quality and machining speed.
3. 38°-40°-42° different helix design: effectively suppresses vibration, significantly improving tool stability and lifespan.

Application

•  High efficiency; sizes range from 1 mm to 16 mm, and the appropriate coating can be selected according to the material being processed.