TNMG Tip Tool Holder

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MOQ : 1 Piece

TNMG Tip Tool Holder Specification

Color
Black

Type
TNMG Tip Tool Holder

Material
Alloy Steel

Power Source
Manual

Dimensions
20 x 125 mm (approx)

Weight
350 g (approx)

Thread
Standard Metric

Cutting Angle
105 Degree

Surface Finish
Coated

Corrosion Resistance
Yes

Clamping Mechanism
Screw Clamp System

Insert Compatibility
TNMG Insert

Usage/Application
Turning, Boring, CNC Lathe Machines

Shank Height
20 mm

TNMG Tip Tool Holder 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

TNMG Tip Tool Holder About

Jump on the new release - the 105 Degree TNMG Tip Tool Holder, built to deliver meritorious results for champion machinists! This special tool holder is expertly engineered with a cutting angle of 105 degrees and is fully compatible with TNMG inserts. Crafted from unmatchable alloy steel and coated for superb surface finish, it resists corrosion and guarantees robust performance. Featuring a secure screw clamp mechanism, it suits turning, boring, and high-precision CNC lathe machine tasks. Its standard metric thread, ideal dimensions (20 x 125 mm), and moderate weight (350 g) ensure versatility. Proudly manufactured in India, we supply, trade, and service this exceptional product to national and international customers.

Optimal Usage & Distinctive Features

The 105 Degree TNMG Tip Tool Holder is designed for both turning and boring operations, seamlessly fitting into CNC lathe machines. Proper directional use is ensured by its unique 105-degree angle, enhancing accessibility in complex machining tasks. With a reliable screw clamp system and robust alloy steel body, it provides stability and durability. The black coated finish adds extra corrosion resistance, making this tool ideal for high-volume industrial environments requiring consistency and reliability.

Sample Policy, Availability & Export Markets

We provide samples of the 105 Degree TNMG Tip Tool Holder for evaluation purposes. Our sample policy is designed to ensure a smooth experience, covering prompt dispatching and secure transportation. Competitive sample rates are offered to potential clients. Our main export markets include countries across Asia, the Middle East, Europe, and Africa. We are committed to timely delivery and meticulously coordinate order fulfillment from production to shipping to meet international client requirements efficiently.

FAQ's of 105 Degree TNMG Tip Tool Holder:

Q: How is the 105 Degree TNMG Tip Tool Holder installed and used in CNC lathe machines?

A: The 105 Degree TNMG Tip Tool Holder is installed using the screw clamp system, securing the TNMG insert in place. It is then mounted onto the CNC lathe machine for turning or boring operations following the machine's standard procedures.

Q: What insert compatibility does this tool holder offer?

A: This tool holder is specifically compatible with all standard TNMG inserts, ensuring versatility across various machining tasks in industrial settings.

Q: Where can this tool holder be effectively applied?

A: It is best suited for use in CNC lathe machines for turning and boring, but also performs well in other automated metalworking environments requiring precision and endurance.

Q: What other features enhance the durability of this tool holder?

A: The tool holder is made from high-grade alloy steel, features a durable black coated finish for added corrosion resistance, and employs a robust screw clamp mechanism to ensure reliability during heavy-duty operations.

Q: How can potential clients request a sample, and what is the dispatch process?

A: Interested clients can request a sample by contacting our sales team. Once confirmed, samples are rapidly dispatched using secure transportation, with competitive rates and well-managed logistics to international destinations.

Q: What are the main benefits of using a 105-degree cutting angle?

A: The 105-degree angle allows for improved accessibility in complex turning and boring applications, enabling smoother and more accurate machining in hard-to-reach areas or challenging workpieces.

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