BBT - 40 Spare Shank for Fine Boring Head

Get a Price/Quote

MOQ : 10 Pieces

BBT - 40 Spare Shank for Fine Boring Head Specification

Cutting Force
High

Machine Type
CNC Machining Center, Boring Machines

Shape
Tapered Shank

Features
High rigidity, Precision ground, Durable

Tool Type
BBT-40 Shank

Coating Type
Uncoated / Optional Coating

Hardness
58-62 HRC

Operation Type
Boring (Tool Holder Component)

Length
Approx. 100-180 mm

Material
Others

Cutting Accuracy
High Precision

Cutting Capacity
As per boring head specification

Cutter Type
Fine Boring Attachment

Cutting Speed
Dependent on boring head

Operate Method
Manual/Automatic Tool Change

Coating
None (Standard)

Drill Bits Types
Spare Shank for Fine Boring Head

Diameter
40 mm (BBT-40 Taper Standard)

Maximum Torque
Up to machine specification

Processing Type
CNC Machining

Application
Precision Boring Operations

Compatibility
Suitable for most fine boring heads with BBT-40 interface

Surface Finish
Polished

Weight
Approx. 2.5-3.2 kg

Balance Grade
G6.3 or Better

Manufacturing Standard
DIN/ISO 7388-2

Packaging
Individual Protective Box

Spindle Taper
BBT-40 Dual Contact

Coolant Supply
Through Spindle Coolant Capable

Color
Metallic Grey

BBT - 40 Spare Shank for Fine Boring Head 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 BBT - 40 Spare Shank for Fine Boring Head

Select the BBT-40 Spare Shank for Fine Boring Head at a reduced price and elevate your machining with phenomenal accuracy and ravishing durability. Designed for perfect compatibility with most fine boring heads using the BBT-40 interface, this alloy steel shank boasts a polished finish and high balance grade (G6.3 or better). Enjoy seamless spindle coolant supply and robust hardness (58-62 HRC), making it a ravishing addition to precision CNC machining operations. Order today to experience superior rigidity, lasting precision, and exceptional performance in every cycle.

Other Applications and Specific Usage

The BBT-40 Spare Shank for Fine Boring Head is ideal for advanced CNC machining centres and boring machines where flawless precision is needed. Commonly used in high-precision boring operations, it is also suited to tooling setups requiring high rigidity and polished surface finish. Trusted for fine adjustment tasks in metalworking industries, this shank is perfect for automatic or manual tool changes, ensuring peak performance and consistent results in diverse manufacturing and engineering environments.

FOB Port, Packaging, and Samples

BBT-40 Spare Shank is available with an individual protective box to guarantee safe shipped goods. Standard shipments depart from major FOB ports in India, ensuring timely arrival at your location. Detailed packaging maintains tool integrity during transit. List price and sample requests are welcomed-samples can be arranged for evaluation prior to bulk order. Order today to ensure your machining needs are met with securely packaged, high-performance components straight from the supplier or trader.

FAQ's of BBT - 40 Spare Shank for Fine Boring Head:

Q: How compatible is this BBT-40 Spare Shank with various fine boring heads?

A: This spare shank is perfectly suited for most fine boring heads with a BBT-40 dual contact interface, making it a versatile option for a wide range of CNC machining centers.

Q: What specific applications is the BBT-40 Spare Shank designed for?

A: It is designed for precision fine boring operations, offering high accuracy in CNC machining and boring machines for metalworking and engineering industries.

Q: Where is the usual FOB port for shipped goods?

A: Shipments of the BBT-40 Spare Shank typically depart from major Indian ports, ensuring reliable international delivery and quick arrival times.

Q: What benefits does the polished finish and high hardness provide?

A: The polished surface finish and 58-62 HRC hardness deliver enhanced durability, resistance to wear, and smooth integration in high-performance machining tasks.