95 Degree WNMG Tip Tool Holder

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MOQ : 1 Piece

95 Degree WNMG Tip Tool Holder Specification

Color
Black

Type
Turning Tool Holder

Material
High-Speed Steel (HSS) / Alloy Steel

Power Source
Manual

Dimensions
Overall Length: 100 mm, Shank Height: 20 mm, Shank Width: 20 mm

Weight
Approx. 0.8 kg

Thread
M4 x 0.7

Application
Suitable for CNC and Manual Lathe Machines

Model
Standard ISO WNMG Holder

Hardness
HRC 45-55

Shank Type
Square

Compatibility
For WNMG Carbide Inserts

Insert Type
WNMG

Cutting Direction
Right or Left Hand (as specified)

Coating
Anti-corrosive Black Oxide

Surface Finish
Precision Ground

Clamping Method
Screw/Clamp

Holder Angle
95 Degree

95 Degree WNMG 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

95 Degree WNMG Tip Tool Holder About

Find your machining advantage with the Top-tier 95 Degree WNMG Tip Tool Holder. Engineered for prime performance, this gorgeous tool holder accommodates both right- and left-hand operations as specified. Its screw/clamp design and anti-corrosive black oxide coating guarantee durability and reduced maintenance, while precision-ground surfaces ensure optimal accuracy. Compatible with standard ISO WNMG carbide inserts, it's ideal for CNC and manual lathes. The high-speed or alloy steel construction, combined with robust hardness (HRC 45-55), offers dependable performance. Try now and experience superior results from this trusted manufacturer, supplier, and service provider in India.

Exceptional Features & Application Areas

This 95 Degree WNMG Tip Tool Holder boasts a square shank for stability and a M4 x 0.7 thread for secure insert mounting. With a precision-ground finish and anti-corrosive treatment, it stands up to rugged environments. Suitable for automotive, fabrication, and general engineering, it delivers reliability across multiple industries. Extra features like reversible hand configuration and options for HSS or alloy steel materials give added flexibility-making this turning tool holder ideal for diverse lathe operations.

Sample Policy & Export Markets

We offer a hassle-free sample policy-tools can be dispatched promptly for evaluation. Logistics are seamless, ensuring timely drop-off at your desired location. Our products have a strong presence in global markets, with main export destinations spanning Asia, the Middle East, and Europe. Samples are available for potential buyers to assess build quality and compatibility, so you can experience our standards before placing bulk orders. Get samples delivered efficiently with our tested logistics network.

FAQ's of 95 Degree WNMG Tip Tool Holder:

Q: How do I select the correct cutting direction for the WNMG Tip Tool Holder?

A: When ordering, specify whether your operation requires a right-hand or left-hand cutting direction. The tool holder is designed to support both, making it versatile for various turning tasks.

Q: What are the main benefits of using the 95 Degree WNMG Tool Holder on CNC and manual lathe machines?

A: This tool holder offers reduced wear, enhanced stability, and precise results due to its prime material construction, high hardness rating, and precision-ground surface. The anti-corrosive coating extends tool life significantly.

Q: What is the process for obtaining a sample of the WNMG Tool Holder?

A: To try now, simply request a sample and we'll arrange for its dispatch through our reliable logistics network. Drop-off to your facility is efficient and timely, allowing for thorough evaluation before purchase.

Q: Where can the 95 Degree WNMG Tip Tool Holder be used?

A: Suitable for multiple industrial sectors-including automotive, metal fabrication, and engineering workshops-it can be used on both CNC and manual lathes wherever WNMG carbide inserts are specified.

Q: How does the clamping method affect usage?

A: The holder utilizes a secure screw/clamp mechanism which minimizes insert movement during operations, resulting in improved machining accuracy and reduced downtime from insert shifting.

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