Cutting Tools: High-Performance HSS and Carbide Tools for Machining

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Cutting Tools: Types, Materials, Applications, Selection Tips, Care & Safety for Machining & Woodworking

A general term for tools used in metal or non-metal cutting, including milling cutters, drills, boring heads, etc. Made from HSS, carbide, etc., they require appropriate coatings (e.g., TiN, TiAlN) based on materials and processes, suitable for turning, milling, drilling, etc.
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Advantages of the product

Material Versatility

Available in HSS, carbide, and PCD materials, suitable for aluminum, steel, titanium, and composites. Carbide tools with AlTiN coatings handle heat-resistant alloys at temperatures up to 1200°C.

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WC-Co composite superhard alloys are used to produce this equipment, which allows for 3-5 times higher cutting speeds than HSS due to its cutting tool hardness (1300 -1800 HV) and wear resistance. End mills, inserts and drills are also tools of micro grain carbide (grain size <1μm) in precision work such as medical device machining. With high-Si aluminum alloy die castings for automobiles, oftentimes tools exceeding 500 parts longevity are achieved. Tool wear due to friction is also aided with AlCrN or DLC coatings.

Frequently Asked Questions

Can cutting tools handle high-speed machining?

Yes, carbide tools support speeds up to 300m/min and feeds of 0.5mm/tooth, with variable helix angles (30°-45°) minimizing vibration in complex mold milling.

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Customer Reviews

Toby

Micro-grain carbide end mills (radial runout ≤0.003mm) enabled intricate details in surgical implants. The DLC coating extended tool life to 500+ parts per edge, critical for high-volume medical production.

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end mill carbide burrs carbide end mill tungsten carbide insert hss cutting tools
Coolant Integration

Coolant Integration

Tools with internal coolant channels (pressure up to 20MPa) improve chip evacuation in deep holes and reduce tool temperature by 30%. Essential for machining heat-sensitive materials like Inconel and stainless steel.
Industry Compliance

Industry Compliance

Meets ANSI/ASME B94.19 standards for cutter geometry and ISO 14424 for tool life testing, ensuring consistency in aerospace, automotive, and medical device manufacturing.
Sustainable Design

Sustainable Design

Reusable carbide inserts and regrindable HSS tools reduce waste, while eco-friendly coatings (e.g., TiCN) minimize environmental impact. Aligns with circular economy principles in manufacturing.