It has the ability to drill materials with a hardness level between HRc18 and HRc62. There is 3D, 4D, and 5D flute length options (either with or without internal coolant hole) for our customers. DAQ and DBQ are more economical choices; DAM and DBM under micro diameter series have the smallest diameter (0.5 mm); for difficult-to-cut materials, we also have our newly launched end mill – DAN for customers to choose or consider in their buying decision.

It is more than suitable for cutting general steels that contain higher Carbon levels. Special G7 coating is designed to extend tool life.

It is designed to machine CFRP (Carbon Fiber Reinforced Plastic) and GFRP (Glass Fiber Reinforced Plastic) composite materials. This series uses Diamond CVD coating to reduce friction, increase wear resistant, and extend tool life.

It is more than suitable for cutting general steels. The price is extremely economical, and it has high cost-performance ratio.

It is widely used in both the aerospace and automotive industry. With its modular design, solid carbide shanks and end mill heads can not only control the run out within + / - 0.008mm, but reduce production costs for our clients. In addition the reusable solid carbide shanks help fulfill the social responsibility to protect our environment. Lastly, the combination of the threaded head end mill and longer shanks allows it to be used in larger depths of cutting, and extends its durability and versatility.

Our cutting tool series features a special Diamond coating with exceptional wear resistance, ensuring outstanding tool life and stable machining performance. Specifically designed for graphite and composite material processing, it is ideal for machining graphite, CFRP (Carbon Fiber Reinforced Plastic), GFRP (Glass Fiber Reinforced Plastic), and other high-strength materials, providing efficient, precise, and durable cutting solutions.

It does all this along with its dedication to high-efficiency and high-hard cutting with outstanding vibration resistance levels and fast chip removal ability. Also, it has 1D~2D groove milling and side milling ability. It is widely used in machining materials with hardness level smaller than HRc45 and difficult-to-cut materials such as Stainless Steels (S136), Titanium Alloy, Nickel Alloy, High Temperature Alloy, and Inconel 718.

It is commonly used in high-hard and high-speed machining. The new G13 coating is suitable for side milling general and die steels with hardness level smaller than HRc48. It also fulfills the needs for 3-dimential surface milling, abrasion resistance extension, and high precision. Moreover, the new G16 coating improves the milling performance for high-hard materials (HRc48~65). It not only increases the efficiency, but extends its tool life.

It is widely used in 3C electronic, parts machining, and precision mold machining industry. Currently, the minimal diameter for Micro Diameter & Long Neck Series has reached to R0.1 which drastically improves the precision level of machining.

It is dedicated to cutting Aluminum Alloy and Copper. While using in roughing, it has 1D~2D groove milling and side milling ability. It has outstanding vibration resistance level and stability. With Special chip removal design, it improves the smoothness level and reduces stickiness. Especially “AEM”, its Ra value can reach to 0.05~0.15um.

It is designed for cutting stainless steel. The special design improves machining effectiveness and extents tool life.

The product types and sizes are diverse and comprehensive. It is most commonly used in machining general steels. Among them, “ETB-4T” became DHF’s best-selling product due to high quality, consistency, durability, and price competitiveness.

Exceptional for thread milling / machining with material hardness level between HRc18 ~ HRc62. “TW”series is dedicated to cutting the materials with hardness level smaller than HRc48, and “HW”series is able to cut the materials with hardness level greater than HRc48.

Designed and dedicated to semi-roughing and finishing general steels. Both V-WB and Exchangeable Head End Mill II series can use the same solid carbide shank, and the WGB is suitable for cutting general steels containing a higher Carbon level.

This series is designed for pure titanium and titanium alloy machining, delivering superior performance and extended tool life. It effectively overcomes the machining challenges of Inconel 718 nickel-based superalloys, ensuring excellent cutting efficiency and durability. Widely used in aerospace, mold, and medical industries, it enhances precision and efficiency, especially for aerospace components and medical implants. With advanced tool rigidity and vibration resistance, it ensures stable machining. Featuring the latest G18 composite coating, it excels in machining nickel-based superalloys, titanium alloys, and stainless steel. DHF Application Center testing confirms its longer tool life compared to leading European brands, guaranteeing higher efficiency and reliability.

Special unequal spacing of the end teeth and variable helix designs improve vibration resistance, chip removal efficiency, and tool life. It is dedicated to high speed trochoidal side milling and 1D high-efficiency groove milling, and the Vc value can reach to 200 m/min and above.