Cutting Forces Calculator

Calculate cutting forces, torque requirements, and power consumption for optimal workholding design and machine selection

Operation Type

Tool Diameter (mm)

Number of Teeth/Flutes

Tool Material

Workpiece Material

Specific Cutting Force (N/mm²)

Material Hardness (HB)

Cutting Speed (m/min)

Feed per Tooth (mm/tooth)

Axial Depth of Cut (mm)

Radial Depth of Cut (mm)

Main Cutting Force (Fc) - N

Thrust Force (Ft) - N

Radial Force (Fr) - N

Cutting Torque - Nm

Power Required - kW

Min. Clamping Force - N

Direction of cutting motion

Perpendicular to cutting edge

Radial direction from tool center

Advanced Force Analysis Features

Calculate main cutting force (Fc), thrust force (Ft), and radial force (Fr) for complete force analysis.

Determine spindle torque requirements and power consumption for proper machine selection.

Calculate minimum clamping forces with safety factors for secure workpiece retention.

Apply industry-standard safety factors for fixture design and workholding calculations.

Engine blocks, transmission housings - optimize workholding for high-volume manufacturing.

Structural components, turbine parts - ensure secure clamping for critical aerospace components.

Large castings, forgings - calculate forces for robust workholding system design.

Electronic housings, optical components - minimize deflection with optimized clamping.