Carbide boring tool for small hole turning tools

Introduction:

Carbide boring tools are precision cutting tools used for enlarging, finishing, or accurately sizing small holes in machining operations. They are commonly employed in lathes, CNC turning centers, and machining centers for high-precision applications.

Features:

Material: Made from tungsten carbide for superior hardness, wear resistance, and heat resistance compared to HSS (High-Speed Steel).

Design:

Small diameter capability (typically from 0.5mm to 12mm).

Rigid shank to minimize deflection in deep-hole boring.

Adjustable inserts or replaceable carbide tips for fine-tuning hole dimensions.

Typical Applications:

• Precision boring of small holes in metals (steel, aluminum, stainless steel).

• Internal diameter (ID) finishing and semi-finishing.

• High-speed machining with excellent surface finish.

Detailed Pictures:

Our workshop:



Our Advantages:

1.Advanced grinding machines: All of our grinding machines are WALTER and SAACKE brands.

2. Advanced inspection machines: We have ZOLLER, OMEGA, PG1000, etc. For inspecting each carbide tools.

3.Highly skilled design team: We are specialized in producing complicated customized carbide tools and we can design the carbide tools according to the work pieces.

4.Fast feedback: We offer 24 hours online service

5.Strict quality control system:
We strictly adhere to a three-stage inspection process for each tool:
Raw material inspection
Semi-finished product inspection after production
Final inspection after coating (pre-shipment check)

Other products:

  CHANGZHOU AMG PRECISION TOOL MANUFACTURING CO., LTD. is a leading manufacturer and solution provider specializing in high-performance carbide cutting tools for precision CNC machining applications. With a strong commitment to innovation and quality, we design and produce an extensive range of standard and custom cutting tools, including carbide drill bits, end mills, reamers, and complex non-standard forming tools tailored to meet the most demanding machining challenges.