107.5 Degree VBMT And VCMT Tip Boring Bar

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MOQ : 1 Piece

107.5 Degree VBMT And VCMT Tip Boring Bar Specification

Type
107.5 Degree VBMT and VCMT Tip Boring Bar

Material
Alloy Steel

Application
Internal Boring and Turning

Insert Compatibility
VBMT and VCMT Carbide Inserts

Cutting Angle
107.5 Degree

Overall Length
200 mm

Suitable Machine
CNC Lathe Machines

Coating
Titanium Nitride (TiN) Coated

Coolant Provision
Yes (Internal Coolant Hole)

Shank Diameter
16 mm

Surface Finish
Black Oxide or Polished

Clamp System
Screw Clamp

107.5 Degree VBMT And VCMT Tip Boring Bar Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Month

Delivery Time
3 Days

Main Domestic Market
All India

About 107.5 Degree VBMT And VCMT Tip Boring Bar

Spotlight your machining operations with our formidable 107.5 Degree VBMT and VCMT Tip Boring Bar, crafted and supplied by a matchless manufacturer and service provider in India. Engineered from premium alloy steel and coated with magnificent Titanium Nitride (TiN), this tool promises unrivaled strength, longevity, and precision. Compatible with VBMT and VCMT carbide inserts, it features a robust 16 mm shank, 200 mm overall length, and a 107.5-degree cutting angle. The advanced screw clamp system and internal coolant provision ensure optimal performance and a savings advantage in productivity. Select this versatile tool for CNC lathe machines to experience excellence in internal boring and turning.

Applications, Usage Directions, and Site of Application

The 107.5 Degree VBMT and VCMT Tip Boring Bar excels in a variety of internal boring and turning applications beyond standard CNC operations. Its design makes it ideal for precision machining in automotive, aerospace, and mold industries. For best results, secure the bar in your CNC lathe, ensuring correct alignment and proper insertion of compatible carbide inserts. It is suitable for use in both industrial workshops and specialized production units where accuracy and reliable performance are necessities.

Payment Terms, Export & Domestic Market, and Delivery Process

We facilitate seamless order processing with flexible payment terms designed to accommodate bulk requirements for various industries. Our main export markets span across Asia, the Middle East, and key international regions, while the main domestic market covers all major industrial cities throughout India. Upon receiving your order, our efficient delivery system ensures the product is securely packaged and handed over to reliable logistics partners for prompt transportation, providing certainty and adherence to delivery schedules.

FAQ's of 107.5 Degree VBMT And VCMT Tip Boring Bar:

Q: How is the 107.5 Degree VBMT and VCMT Tip Boring Bar typically used in industrial settings?

A: This boring bar is primarily used for internal boring and turning tasks in CNC lathe machines, offering precision and efficient material removal, especially in industries like automotive and aerospace.

Q: What are the benefits of the Titanium Nitride (TiN) coating on this boring bar?

A: The TiN coating enhances the tool's hardness, reduces friction and wear, and extends its operational life, resulting in improved machining performance and substantial cost savings over time.

Q: When should I select a 107.5-degree boring bar over other angles?

A: Select a 107.5-degree angle when you need to achieve precise internal contours, optimal chip control, and reduced tool vibrations, especially for complex turning operations requiring superior surface finish.

Q: Where can the boring bar be applied aside from CNC lathes?

A: While designed for CNC lathes, the bar can also be used in manual lathes and specialized machinery for tedious internal cutting, provided the machine matches the bar's specifications and insert compatibility.

Q: What process should I follow to ensure proper usage and longevity of the bar?

A: Ensure correct installation in your machine, use only compatible VBMT or VCMT inserts, engage the screw clamp securely, maintain adequate coolant flow, and clean the bar after each use to maximize lifespan.

Q: How does the coolant provision enhance the tool's performance?

A: The internal coolant hole efficiently directs coolant to the cutting zone, minimizing thermal distortion, flushing away chips, and enabling higher cutting speeds, leading to improved part quality and operational reliability.

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