BAKER

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BAKER Specification

Cutting Capacity
Up to 45 mm thickness

Coating
TiN (Titanium Nitride)

Hardness
58-60 HRC

Cutter Type
Annular

Cutting Accuracy
High Precision

Features
Wear resistance, High cutting performance, Long life

Shape
Round

Drill Bits Types
Core Drill

Operate Method
Manual or Machine-operated

Material
High Speed Steel (HSS)

Machine Type
Magnetic Drill Machine

Coating Type
PVD

Cutting Speed
35-50 m/min

Length
Short, Medium, and Long

Operation Type
Rotary

Cutting Force
Low

Tool Type
Annular Cutter

Diameter
6 mm to 100 mm

Maximum Torque
Varies by diameter

Processing Type
Machining

Reusability
Multiple Use

Shank Type
Weldon Shank

Blade Size
Standard Sizes

Weight
Depends on size

Temperature Resistance
Up to 600C

Pack Type
Box Packing

Application
Used for metal drilling and fabrication work

Surface Finish
Polished

Color
Gold (Coated type)

Usage
Industrial and Professional

Edge Type
Sharp Ground Edges

About BAKER

BAKER

We are successfully ranked as the leading exporter and supplier of an extensive array of BAKER MEASURING INSTRUMENTS. Our vendors use excellent quality raw material and cutting-edge technology to manufacture these INSTRUMENTS in compliance with set industry norms. In addition, these BAKER MEASURING INSTRUMENTS are fully adjustable and can be purchased from us at reasonable rates.

Features:

Rust proof
High endurance
Robust built
Smooth finish

Precision Engineering for Metal Fabrication

BAKER Annular Cutters are expertly crafted for accuracy, offering high-performance drilling in metal fabrication applications. The sharp ground edges and Weldon shank design allow for seamless alignment and secure attachment, making them ideal for industrial and professional use.

Exceptional Durability and Wear Resistance

Coated with a TiN (Titanium Nitride) layer through the PVD process, these annular cutters provide outstanding wear resistance, extending tool life even in demanding conditions. Engineered to withstand temperatures up to 600C, they assure consistent performance and longevity.

Versatile Usage and Packaging

The cutters accommodate a variety of cutting requirements, supplied in box packs for convenient storage and handling. With reusability and available in short, medium, and long lengths, BAKER caters to diverse project needs across fabrication shops and industrial sites.

FAQs of BAKER:

Q: How can BAKER Annular Cutters be used in industrial metal fabrication?

A: BAKER Annular Cutters are tailored for precise drilling in metal fabrication, suitable for both manual and machine-driven operations, especially with magnetic drill machines. Their sharp ground edges and sturdy Weldon shank help facilitate accurate and efficient hole creation in various metal types.

Q: What materials and coatings are applied to BAKER Annular Cutters?

A: These cutters are crafted from high-speed steel (HSS) for durability and feature a PVD-applied gold TiN (Titanium Nitride) coating, which enhances wear resistance and cutting performance even at elevated temperatures.

Q: When should I use a BAKER Annular Cutter instead of a traditional drill bit?

A: Choose a BAKER Annular Cutter for applications requiring high-precision drilling, reduced cutting force, and speedy operation in metal up to 45 mm thick. Their design ensures cleaner, more accurate holes compared to traditional twist drills, making them ideal for industrial tasks.

Q: Where are BAKER Annular Cutters typically used?

A: They are widely utilized in industrial and professional environments, including fabrication shops, construction sites, and manufacturing facilities throughout India and internationally, wherever efficient metal drilling is required.

Q: What is the process for using a BAKER Annular Cutter on a magnetic drill machine?

A: Secure the cutter onto the machines chuck using the Weldon shank. Align the cutter over the desired spot, ensure proper lubrication, and operate the drill at a recommended speed (35-50 m/min) and feed rate for optimal performance. Remove the core slug after drilling.

Q: How does the TiN coating benefit the cutters performance?

A: The TiN (Titanium Nitride) coating provides superior surface hardness (58-60 HRC), increases temperature resistance up to 600C, and significantly reduces tool wear, contributing to longer service life and consistent cutting quality.

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