Buy S16Q-SVZBR11 CNC Internal Boring Bar Tool Holder - Precision Machining Solution
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BEYOND S16Q-SVZBR11 Internal Boring Tools S16Q SVZBR11 SVZBR 11 Boring Bar CNC Lathe Cutter Machine SVZBR Carbide Inserts VBMT1103 VBMT110304
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S16Q-SVZBR11 Information Overview
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Overview
The S16Q-SVZBR11 boring tools designed for internal turning, this tool holder features a unique cutting edge angle of 93° and a blade relief angle of 5°, ensuring optimal cutting performance. Constructed from high-quality alloy steel, it guarantees longevity and reliable operation under demanding conditions. This tool holder is compatible with various carbide inserts, enhancing versatility for multiple applications in CNC machine tools.
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Dimensions and Specifications of S16Q-SVZBR11 Boring Bar Holder Lathe
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Features and Specifications
- Model: S16Q-SVZBR11
- Package Includes: S16Q-SVZBR11 Tool Holder and compatible Screws, and Wrenches
- 93° cutting edge angle and 5° relief angle.
- Material: alloy steel
- Type: S-Type (Screw-type)
- Handle Diameter: 16mm
- Total Length: 180mm
- Cutting Blade Length: 11mm
- Screw Size: M2.5*7
- Wrench: T8
- Compatible Blades: VBMT110302 VBMT110304 VBMT110308 VBMT220 VBMT221 VBMT222
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5-Point Description
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Precision Engineering: Designed with a cutting edge angle of 93° and a blade relief angle of 5°, ensuring efficient cutting and reduced tool wear.
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Durable Material: Made from high-grade alloy steel, this tool holder provides exceptional strength and longevity, suitable for heavy-duty machining tasks.
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Versatile Compatibility: Works seamlessly with various carbide inserts (VBMT110302, VBMT110304, VBMT110308, VBMT220, VBMT221, VBMT222), allowing you to adapt to different machining requirements.
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Ergonomic Design: The S-type screw design and T8 wrench compatibility make installation and adjustment effortless, enhancing your workflow efficiency.
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Ideal for Professionals: Perfectly suited for CNC lathes, boring bars, and machine tool cutting, this tool holder is a must-have for professionals seeking precision and reliability in their machining processes.
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