MAHR

Get a Price/Quote

MAHR Specification

Features
Wear Resistance, High Durability, Anti-Corrosive

Cutter Type
End Mill Cutter

Coating
TiN (Titanium Nitride)

Operation Type
Rotary

Machine Type
CNC, Lathe, Drilling Machine

Coating Type
PVD Coating

Shape
Round

Cutting Accuracy
Up to 0.01 mm

Tool Type
Precision Measuring/ Cutting Tool

Cutting Force
High precision, Low vibration

Length
80 mm - 200 mm

Cutting Speed
Variable (Based on Application)

Drill Bits Types
Twist Drill, Jobber Drill

Material
High-Speed Steel (HSS), Carbide

Hardness
HRC 60-66

Brooches Type
Keyway Broach

Cutting Capacity
Up to 32 mm diameter

Operate Method
Manual/Automatic

Diameter
6 mm - 32 mm

Maximum Torque
120 Nm

Processing Type
CNC Machining, Drilling, Milling

About MAHR

MAHR

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

Features:

Rust proof
High endurance
Robust built
Smooth finish

Superior Precision and Durability

Engineered for high-performance metal cutting and measurement, MAHR tools combine TiN PVD coating with fine surface finishing to deliver high hardness, low vibration, and exceptional wear resistance. Their robust construction ensures precise operation up to 0.01 mm, meeting the stringent accuracy needs of modern workshops and heavy-duty industries.

Flexible Compatibility and Application

MAHR tools accommodate a wide array of applications, from CNC machining to lathe and drilling operations. With choices like twist drills, keyway broaches, and end mill cutters, users can efficiently tackle various metalworking projects. Each tool is packaged to ensure safety and is suitable for both manual and automated processing environments.

Customizable and Reliable Solutions

Manufactured with industrial-grade high-speed steel or carbide, MAHR tools are customizable in blade size and diameter (6 mm - 32 mm), catering to unique operational requirements. The PVD coating, coupled with advanced engineering, offers exceptional resistance to heat, corrosion, and heavy workloads, guaranteeing long-term reliability and reduced tool replacement costs.

FAQs of MAHR:

Q: How are MAHR tools used in industrial settings?

A: MAHR tools are designed for varied industrial applications such as metal cutting, precision measurement, and machining tasks including drilling, milling, and broaching. They function seamlessly on CNC machines, lathes, and drilling machines, supporting both manual and automatic operations for optimal workflow flexibility.

Q: What benefits does the TiN coating bring to these tools?

A: The Titanium Nitride (TiN) PVD coating enhances the tools wear resistance, reduces friction, and improves overall durability. This coating allows for higher cutting speeds, prolongs tool life, and provides effective resistance to corrosion, making the tools especially suited for rigorous industrial use.

Q: When should I choose a Class 1 versus a Class 2 accuracy tool?

A: Select a Class 1 tool when high-precision measurement or cutting is crucial, as it offers superior accuracy (up to 0.01 mm). Class 2 tools suffice for applications where slightly lower precision is acceptable but robust performance and reliability remain necessary.

Q: Where can these MAHR tools be used most effectively?

A: These tools excel in environments requiring high accuracy and durability, such as metalworking workshops, heavy-duty engineering plants, automotive facilities, and any setting where CNC machining and fine measurement are routine.

Q: What is the process for customizing blade size and shape?

A: Customers can specify their required blade size (within the 6 mm to 32 mm diameter range) and shape (round), ensuring the tool fits their unique operational needs. Upon order, MAHR manufactures and packages these tools according to the clients specifications, maintaining stringent quality control.

Q: How do I ensure optimal performance and lifespan of these tools?

A: Use the tools within recommended cutting capacities, diameters, and temperatures (up to 450C). Regularly inspect for wear, ensure proper setup on compatible machines, and utilize correct operational methods to maintain accuracy, low vibration, and extended tool life.

Tell us about your requirement