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JALDHARA SMALL TOOLS PVT. LTD.
GST : 03AAACJ4068J1ZO

Gear Hobbing Cutter

Carbide Drill

Profile Cutters

Hss End Mill

Solid HSS End Mills

Gear Hobbing Machine

CNC Gear Hobbing Machine

Bevel Milling Cutter

Bevel Milling Cutter Specification

Shape
Bevel/Angular

Length
Standard: 50 mm, Custom: As required

Hardness
HRC 55-60

Cutter Type
Single/Double-Angle Cutter

Cutting Accuracy
High

Operation Type
Manual and Automatic

Machine Type
Milling Machine, CNC Machine

Cutting Speed
80-200 m/min (material dependent)

Coating
Titanium Nitride (optional)

Features
Wear-resistant, Precise Formation, Multiple Cutting Angles

Cutting Capacity
Varies by size (typically for chamfering and beveling edges)

Cutting Force
High

Drill Bits Types
Bevel Milling Cutter

Coating Type
TiN or Uncoated

Operate Method
Rotational by powered spindle

Material
High Speed Steel (HSS) or Carbide

Tool Type
Milling Cutter

Diameter
25 mm - 100 mm (customization available)

Maximum Torque
Depends on machine/tool holding

Processing Type
Precision Milling

Bevel Milling Cutter Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
1000 Pieces Per Day

Delivery Time
2-5 Days

About Bevel Milling Cutter

Bevel Milling Cutter manufactured and supplied by our company is commonly used for the machining of various types of work parts by removing materials from the surfaces. It is fabricated by using best in class high speed steel that gives excellent protection from large impact forces and vibrations. It is available in many different diameters as per the customer demands. The offered Bevel Milling Cutter is provided with a keyhole to mount it on the shaft using a steel key.

Technical Specification

Maximum Cutting Depth	Standard
Material	Metal
Usage/Application	Industrial / Commercial
Colour	Silver
End Type	Square End
Country of Origin	Made in India

Optimized for Diverse Materials

Engineered for versatility, the Bevel Milling Cutter processes steel, cast iron, aluminum alloys, and various non-ferrous metals with remarkable efficiency. Its advanced materials and high cutting force provide consistent results, regardless of the workpiece composition, making it an excellent choice for multi-material workshops.

Precision and Superior Surface Finish

With a cutting accuracy that delivers up to Ra 1.6 m surface quality, the cutter ensures a finely finished result. Available in models with single or double-angle geometry, it excels in creating clean, precise bevels and chamfers for applications such as welding preparation and decorative edge work.

Customizable and Compatible Design

The Bevel Milling Cutter supports a wide range of spindle interfaces, including BT40, R8, and ISO50, with options for straight or Weldon shanks. Its diameter and length are adaptable to customer requirements, ensuring seamless integration with various milling and CNC machines for both manual and automatic operations.

FAQ's of Bevel Milling Cutter:

Q: How is the Bevel Milling Cutter used for edge beveling and chamfering processes?

A: The Bevel Milling Cutter is mounted on compatible milling or CNC machines (with spindles like BT40, R8, ISO50), and used to create precise bevels or chamfers on the edge of metallic workpieces. Its robust design allows for high cutting force and accuracy, supporting both manual and automatic feeds.

Q: What materials can be efficiently machined with this cutter?

A: This cutter is suitable for a range of workpiece materials, including steel, cast iron, aluminum alloys, and other non-ferrous metals. Its material-specific cutting speeds (80-200 m/min) and high-grade tool composition ensure dependable performance across these substrates.

Q: When should I select a single-angle versus double-angle bevel milling cutter?

A: A single-angle cutter is ideal for straightforward beveling tasks, while double-angle cutters are preferable when two different angles must be machined simultaneously or when enhanced edge conditioning is needed for specific welding preparations or decorative finishes.

Q: Where is this milling cutter typically applied within industrial settings?

A: It is widely used in industries such as metal fabrication, automotive, shipbuilding, and machinery manufacturing-especially in processes that demand accurate edge preparation for welding or assembly. Its compatibility with manual and CNC milling machines makes it suitable for diverse production environments.

Q: What factors influence the surface finish and cutting accuracy of the cutter?

A: Factors such as the number of teeth, tool material (HSS or carbide), coating type (TiN or uncoated), cutting speed, and the rigidity of the machine setup directly impact the surface finish (up to Ra 1.6 m) and accuracy. Proper machine alignment and secure tool holding also play crucial roles.

Q: How should the bevel milling cutter be maintained for optimal performance?

A: Regular inspection for wear, prompt replacement of blades if dulled, and cleaning after each use are recommended. The cutter should be stored in its plastic protective case or box to prevent damage to the cutting edges and prolong its operational lifespan.

Q: What are the key benefits of using this bevel milling cutter in precision milling tasks?

A: Key benefits include high cutting accuracy, wear resistance, multiple angle options, and suitability for both manual and automatic operations. The cutter's versatility in material compatibility and customizable specifications ensures a tailored solution for demanding industrial tasks.