BT-30 F1 Rough Boring Heads Shanks

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MOQ : 10 Pieces

BT-30 F1 Rough Boring Heads Shanks Specification

Operation Type
Rough Boring

Cutting Speed
Up to 2500 RPM

Cutter Type
F1 Fine/Rough Adjusting Type

Features
High strength, anti-vibration, precision balance

Shape
Cylindrical with Flange

Coating
Anti-rust treated

Material
Others

Drill Bits Types
Boring Head Shank

Tool Type
BT-30 F1 Rough Boring Head

Operate Method
Automatic or Manual Clamping

Machine Type
Milling Machine / Machining Center

Cutting Force
High (for heavy roughing)

Coating Type
Oxide/Phosphate

Cutting Capacity
Large bore, rough cutting

Hardness
HRC 58-60

Cutting Accuracy
0.01 mm

Length
100 mm (approx.)

Diameter
30 mm (BT-30 taper)

Maximum Torque
Up to 120 Nm

Processing Type
CNC or Manual Milling

Coolant Supply
Through-tool coolant compatible

Weight
Approx. 2.0 kg

Application
Rough and fine boring of metal workpieces

Spindle Taper
BT-30 International Standard Taper

Shank Type
Pull Stud Compatible

Packaging
Individual protective box

Insert Compatibility
Accepts multiple indexable insert types

Surface Finish
Polished, corrosion resistant

Balancing Grade
G6.3, ISO 1940

BT-30 F1 Rough Boring Heads Shanks Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Pieces Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About BT-30 F1 Rough Boring Heads Shanks

Experience imposing performance with the BT-30 F1 Rough Boring Head Shank, designed for incomparable precision in rough and fine boring of metal workpieces. Featuring a BT-30 International Standard Taper, this commanding tool offers reduced vibration and superior balance (G6.3, ISO 1940), ensuring exceptional cutting force for heavy-duty operations. Accepting multiple indexable inserts, it accommodates diverse machining needs. With an anti-corrosion polished finish, through-tool coolant compatibility, and robust alloy steel body, procure yours for industrial-grade reliability. Each unit comes securely packaged for safe, quick dispatch-pick yours for high accuracy and performance.

Outstanding Features & Versatile Application

The BT-30 F1 Rough Boring Heads Shank stands out for its reduced vibration, commanding anti-vibration structure, and precision balancing. Compatible with both CNC and manual milling processes, it seamlessly handles rough and fine boring across a variety of metals. Its high-strength alloy steel construction and adaptable shank design make it suitable for demanding, large-bore applications, delivering imposing results in every use.

Fast Dispatch & Secure Packaging Across Markets

With stock ready for immediate order, our BT-30 F1 Rough Boring Heads Shanks offer swift packing & dispatch throughout India's main domestic markets. Each product is securely encased in an individual protective box, ensuring safety from procurement to your workshop. Enjoy flexible payment terms and quick dispatch for every transaction, supporting your production timelines effortlessly.

FAQ's of BT-30 F1 Rough Boring Heads Shanks:

Q: How does the BT-30 F1 Rough Boring Head ensure high precision during rough boring?

A: The BT-30 F1 Rough Boring Head is engineered with precision balance (G6.3, ISO 1940) and fine/rough adjusting capabilities, delivering cutting accuracy up to 0.01 mm. This ensures reduced vibration and enhanced precision throughout the boring process.

Q: What types of inserts can be used with this boring head shank?

A: This shank accepts multiple indexable insert types, making it adaptable for rough and fine machining operations on different metals.

Q: Where can the BT-30 F1 Rough Boring Heads Shank be used?

A: Ideal for both CNC machining centers and manual milling machines, this shank suits demanding environments where rough or fine boring of metal workpieces is required.

Q: How is the product packaged for secure delivery?

A: Each BT-30 F1 Rough Boring Head Shank is individually wrapped in a protective box, ensuring it remains free from damage and corrosion during packing & dispatch.

Q: What benefits does the anti-vibration design offer?

A: The anti-vibration structure minimizes machine wear and enhances tool life, resulting in a smoother finish and improved machining accuracy during high-force operations.