China CNC Cutting Tools Manufacturers Suppliers Factory - CNC Cutting Tools Pricelist

Your Trusted Supply Partner for CNC Machine Tools and Spare Parts

We are a professional CNC supplier. Our main products include CNC cutting tools, CNC tool holders, machining inserts, boring bars, milling cutters, turning tools, precision vises, 3-jaw chucks, 4-jaw chucks, zero-point fixtures, hydraulic chucks, dividing heads, collets, pull studs, reduction sleeves, edge finders, Z-axis setters, cutting fluids, chip conveyors and complete supporting accessories for CNC machine tools. We implement rigorous supplier audit standards and possess rich global market experience. All CNC machining tools and machine accessories we supply deliver consistent quality and fully conform to international industrial standards.

Carbide Drill
New Carbide cutter body with superfine particle carbide AITiN coating. . Double edge design improves machining stability.. Drill tip structure optimizes cutting performance,and improves chip removal

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Carbide Internal Grooving Tool Holder Internal Grooving Tool
Carbide Internal Grooving Tool Holder Internal Grooving Tool

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Carbide Coated Insert for Turning
Our carbide coated turning inserts are engineered to deliver exceptional performance in modern metalworking, combining advanced material science with precision design to meet the demands of

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Grooving Off Insert
Our Grooving Off Inserts are engineered using premium-grade carbide materials, enhanced with advanced coatings to deliver exceptional performance across diverse machining applications. The inserts

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Insert for Drilling
Our Insert For Drilling (Quick-Drilling Inserts) are precision-manufactured cutting solutions engineered to deliver exceptional performance across diverse drilling applications.

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Cubic Boron Nitride Insert
Cubic Boron Nitride (CBN) inserts are advanced cutting tools engineered for high-performance machining of hard, heat-resistant materials. Renowned for their exceptional hardness—second only to

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Poly Crystalling Diamond Insert
Our PCD inserts are crafted using high-quality polycrystalline diamond, formed by sintering micron-sized diamond grains under extreme high pressure and temperature (HPHT) conditions.

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PVD TiALN Coated Threading Insert
Our PVD TiALN coated threading inserts are meticulously engineered to redefine performance standards in threading operations. By integrating cutting-edge materials science with precision

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General Purpose Carbide End Mill
Our general purpose carbide end mills are high-performance cutting tools engineered to deliver exceptional results across a wide range of machining applications. Crafted from premium tungsten

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Disposable End Mill&Cutter
Disposable end mills & cutters are precision-engineered cutting tools designed for high-performance material removal in machining operations. Characterized by their one-piece construction with

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Tool Holder with Coolant
Globally stepped spacer parallel waterhole screw of shim precise positioning large clamp to strengthen and precision positioning.. Simply loosen the clamp screws slightly to rotate the water outlet

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Tool Holder For Automatic Lathes
Tool Holder for Automatic Lathes are the backbone of precision manufacturing for small, complex, and high-tolerance parts—from medical micro-components to aerospace fittings. The Tool Holder for

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why choose us

Strict supplier selection

We work only with qualified manufacturers using advanced and automated production systems, ensuring stable quality and reliable performance for every order.

Complete supply chain support

From sourcing and quality control to customs clearance and international shipping, we provide a full-service solution to reduce your procurement complexity.

Global delivery capability

With an established logistics network and warehouse coordination, we ensure timely delivery and flexible shipping solutions across multiple regions.

Experienced trade team

Our specialized regional teams understand local market requirements, enabling clear communication and efficient handling of international business needs.

Benefits of CNC Cutting Tools

Exceptional precision and consistency

precision and accuracy dancing hand in hand in the manufacturing realm. CNC cutting tools are the maestros behind this symphony. They follow programmed instructions to a T, ensuring each cut is a masterpiece. This level of accuracy is a game-changer, especially in aerospace and medical industries, where precision is the name of the game.

Achieving precision and accuracy

Buckle up, because achieving precision and accuracy is where CNC cutting tools shine brightest. Following precise instructions is their jam, ensuring every cut is a masterpiece. Aerospace and medical industries depend on this level of accuracy – imagine the consequences of a slight deviation in their world! CNC cutting tools also handle complex cuts and shapes, making the end product a thing of beauty.

High efficiency and scalable production

Modern manufacturing is a beast with demands skyrocketing. Enter CNC cutting tools – the unsung heroes. In the automotive and electronics realms, where production volumes hit the roof, CNC cutting tools enable mass production like no other. Consistent precision in repetitive tasks? Absolutely! And here’s the kicker – customisation options that are a game-changer in fashion and consumer goods.

Selecting the Right CNC Cutting Tools

Understand the material
Different materials require specific cutting tools. Metals, plastics, composites, and wood each have unique properties that impact tool selection. Consider factors such as hardness, abrasiveness, and heat resistance when choosing the appropriate tools.

Choose tool geometry wisely
The geometry of cutting tools significantly affects their performance. For example, selecting the right number of flutes in an end mill or the correct rake angle in a turning insert can impact chip evacuation, surface finish, and tool life.

Cutting speed and feed rate
Determine the appropriate cutting speed and feed rate for the material being machined. Optimal cutting parameters help maximize tool life and prevent premature wear.

Tool coatings
Consider using coated cutting tools, such as TiN (Titanium Nitride) or TiAlN (Titanium Aluminum Nitride), which offer enhanced hardness and lubricity. Coatings improve tool life and reduce friction during cutting.

Rigidity and stability
Ensure the CNC machine setup and tool holder provide adequate rigidity and stability during cutting operations. Vibration and chatter can lead to poor surface finish and tool damage.

Tool diameter and length
Select the right tool diameter and length to match the machining requirements. Too small a diameter may lead to tool breakage, while too long a tool may cause deflection and accuracy issues.

Consider the cutting path
For complex shapes and contours, using ball nose end mills or other specialized tools can help achieve precise results. Analyze the tool’s suitability for the cutting path required in the CNC program.

Tool material
High-speed steel (HSS) and carbide are common materials for cutting tools. Carbide tools offer higher wear resistance and are ideal for machining harder materials.

Tool life and cost
Evaluate the balance between tool life and tool cost. Sometimes, investing in more expensive, longer-lasting tools can be cost-effective in the long run.

Test and optimize
Perform test cuts and analyze the results to fine-tune your tool selection and cutting parameters. Continuous optimization will help you achieve better efficiency and accuracy.

Stay updated
Keep abreast of new cutting tool technologies and innovations. Manufacturers regularly introduce advanced tool designs and coatings that can improve machining performance.

Packaging and Shipping

FAQ

Q: What materials are CNC cutting tools made from?

A: CNC cutting tools are made from materials like high-speed steel (HSS), carbide, cobalt, and ceramic. These materials offer different properties, such as durability, heat resistance, and wear resistance, to ensure the tools perform well in specific machining processes.

Q: How do I choose the right CNC cutting tool for my project?

A: The right tool depends on factors like the material you're cutting, the type of CNC machine, the desired surface finish, and the complexity of the cut. It's important to consider tool geometry, material hardness, cutting speed, and feed rates when selecting a tool.

Q: What is the difference between carbide and high-speed steel (HSS) tools?

A: Carbide tools are harder and more wear-resistant than HSS, making them ideal for high-speed machining and harder materials. However, carbide tools are more brittle and costlier. HSS tools are more flexible and less expensive but wear out faster when machining hard materials.

Q: What is tool wear in CNC machining?

A: Tool wear refers to the gradual degradation of a cutting tool's material and geometry due to friction and heat during machining. Over time, this can lead to a decrease in cutting efficiency, surface finish, and part accuracy. Regular tool inspection and replacement are necessary to maintain machining performance.

Q: How do I maintain CNC cutting tools?

A: To maintain CNC cutting tools, regularly check for signs of wear or damage, clean the tools after use to remove chips and debris, and store them properly in a dry, clean environment. Proper tool selection and usage, along with maintaining optimal cutting conditions, can also extend tool life.

Q: What are the different types of CNC cutting tools?

A: Common types of CNC cutting tools include drills (for making holes), end mills (for milling), reamers (for finishing holes), lathes (for turning), and taps (for threading). Each tool is designed for specific operations and has unique geometries for different cutting tasks.

Q: How do I prevent tool breakage in CNC machining?

A: To prevent tool breakage, ensure you're using the correct tool for the material, avoid excessive cutting forces, monitor cutting parameters (such as feed rates and cutting speeds), and regularly check the tool for wear. Additionally, using proper toolpath strategies and cooling techniques can help reduce the risk of breakage.

Q: What is the lifespan of CNC cutting tools?

A: The lifespan of a CNC cutting tool varies depending on factors like material hardness, cutting conditions, tool material, and usage. Generally, carbide tools last longer than HSS tools. Regular monitoring of tool wear and maintaining optimal machining parameters can help extend the tool's useful life.

As one of the leading cnc cutting tools suppliers in China, we also support customized service. Please feel free to wholesale high quality cnc cutting tools at competitive price from our factory. For pricelist, contact us now.