Custom Fine Boring Tools

Home / Product / Boring Cutter / Fine Boring Tools

TAG FILTERINGYou can browse all products with the same or similar features by selecting the check boxes below.

Your Currently Choose:Fine Boring Tools

Fine Boring Head Tools Manufacturers

Fine boring operations are performed to complete an existing hole to its final hole tolerance with high quality surface finishes. Our tool range offers products for dedicated as well as flexible diameters, large and small diameters as well as light weight boring. For vibration-free machining, choose Silent Tools™ damped boring tools for best results.

For holes with high precision requirements (hole tolerance is usually below ±0.02), the corresponding adjusting mechanism should be used in the design to ensure the accuracy of boring. Flexible design can improve the processing efficiency of hole,  especially composite hole, the design covers boring, reverse boring, boring and other processing forms.

About Hangzhou Chai Cutting tools Co.,Ltd

Hangzhou Chai Cutting tools Co.,Ltd, established in 2012, is a professional Fine Boring Tools Manufacturers and Fine Boring head Tools factory in China which engaged in the research and development, production, sale and service of various cutting tools. Our main products include CNC turning tools, milling tools, drilling tools, boring tools and many kinds of toolholders, inserts, which apply to a wide range of areas, inlcuding mold manufacturing, vehicles, wind power and nuclear power, railway and aviation industry. Chaitools has gained the ISO9001 quality management system certification and established a complete quality control procedure. After several years' hard working, the performances and indexes of our products is close to or exceeds the cutter of domestic and foreign first-level mainstream brands, and has the well applicability and economy. We also custom Small Finish Fine Boring tools. large, Flexible diameter available, too..

Strict Quality Management System

  • High-tech Enterprise Certificate

    High-tech Enterprise Certificate

  • R&D Certificate

    R&D Certificate

  •  ISO9001 Certificate

    ISO9001 Certificate

  • Patents Certificate

    Patents Certificate

Industry knowledge

What are the advantages of using fine boring head tools compared to traditional boring tools?

Increased precision: Fine boring head tools are designed to provide exceptional accuracy and precision, making them ideal for applications that require high levels of dimensional accuracy.
Versatility: Fine boring head tools are highly versatile and can be used for a wide range of applications, including boring, facing, and chamfering.
Efficiency: Fine boring head tools are typically designed with multiple cutting edges, allowing them to remove material quickly and efficiently.
Cost-effectiveness: Fine boring head tools are often more cost-effective than traditional boring tools, as they can be used for a variety of applications, reducing the need for multiple tools.
Customization: Fine boring head tools can be customized to meet the specific needs of a particular application, including the size, shape, and number of cutting edges.
Reduced vibration: Fine boring head tools are often designed with anti-vibration features, which help to reduce vibration and improve surface finish.

What materials are fine boring head tools typically made of, and how does this affect their performance and durability?

Fine boring head tools can be made from a variety of materials, depending on the application requirements. Some of the most common materials used to manufacture fine boring head tools include high-speed steel (HSS), carbide, and diamond.
HSS is a popular choice for fine boring head tools due to its toughness and ability to withstand high temperatures. HSS tools are typically less expensive than carbide or diamond tools, making them a cost-effective option for many applications. However, they may not be as durable as carbide or diamond tools, especially in high-speed applications or when cutting harder materials.
Carbide is another popular material for fine boring head tools. Carbide tools are known for their exceptional hardness and wear resistance, making them ideal for cutting hard materials or achieving high surface finishes. They are also able to withstand high temperatures without losing their cutting edge, making them a reliable choice for high-speed applications.
Diamond-coated tools are the most durable and wear-resistant of all the fine boring head tool materials. The diamond coating provides exceptional hardness and abrasion resistance, allowing the tool to maintain its sharp cutting edge for longer periods of time. Diamond-coated tools are typically used in high-speed machining applications, as well as cutting extremely hard materials like ceramics or composites.

How does the size and geometry of the workpiece affect the choice of fine boring head tool and cutting parameters?

Workpiece diameter: The diameter of the workpiece will determine the size of the boring head tool required. Larger workpieces will require larger diameter tools to achieve the desired level of accuracy and precision.
Hole depth: The depth of the hole being bored will also affect the choice of boring head tool. Longer holes may require specialized tools with longer cutting edges or adjustable lengths to maintain accuracy and avoid deflection.
Material hardness: The hardness of the material being cut will determine the type of cutting tool required. Harder materials may require diamond-coated or carbide tools to achieve the necessary level of precision and surface finish.
Workpiece shape: The shape of the workpiece can also impact the choice of tool and cutting parameters. Irregularly shaped workpieces may require specialized tooling, and certain geometries may require specific tool angles or cutting strategies to avoid chip buildup or tool chatter.
Cutting parameters: The size and geometry of the workpiece will also affect the cutting parameters used, including cutting speed, feed rate, and depth of cut. Larger workpieces may require slower cutting speeds and lower feed rates to avoid overheating or tool wear, while smaller workpieces may allow for higher speeds and feeds.