Performance Stainless solid carbide end mill with five flutes HCD5M, radius corner design with chip dividers, 3xD – metric

Solid carbide end mill dia. 16 mm, 5 flutes, with chip divider, 3xDC, radius 1 mm, AlTiN/TiSiXN coating, HB shank, Performance Stainless

SCM-HCD5M-M160R10-L110HB TI40

Item number:: 23000961
EAN:: 4007220768495

Solid carbide end mill dia. 16 mm, 5 flutes, with chip divider, 3xDC, radius 1 mm, AlTiN/TiSiXN coating, HB shank, Performance Stainless 1

Solid carbide end mill dia. 16 mm, 5 flutes, with chip divider, 3xDC, radius 1 mm, AlTiN/TiSiXN coating, HB shank, Performance Stainless Youtube

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Technical information

Solid carbide end mill dia. 16 mm, 5 flutes, with chip divider, 3xDC, radius 1 mm, AlTiN/TiSiXN coating, HB shank, Performance Stainless

Chip divider IEP: yes
Coating: AlTiN / TiSiXN
Corner radius RE: 1 mm
Corner type: Radius corner design
Cutting diameter DC: 16 mm
Cutting edge count ZEFP: 5 pcs.
Cutting material: TI40
Depth of cut maximum APMX: 50 mm
Feed direction: x,y,(z)
Functional length LF: 110 mm
Helix angles: 38°
Internal coolant: no
Length, working LU: 56 mm
Neck diameter DN: 15.6 mm
Norm: Company standard
Shank diameter DCON: 16 mm
Shank type: HB (DIN6535)
Tolerance for shank diameter TCDCON: h5
Version: 90° with radius and chip divider
Packaging unit: 1 piece

Cutting Data Calculator

The use of optimum cutting data is a key success factor for productive milling and drilling processes. Our cutting data calculator has an intuitive user interface, enabling you to quickly and easily calculate the machining parameters you need for your application and the material you are working on.

Unit of measurement

Machining

Material

Radial depth of cut (a_e)

Axial depth of cut (a_p)

Results

Description

By combining a material-specific tool geometry and state-of-the-art coatings, the Performance Stainless solid tungsten carbide end mills are ideally suited to machining stainless steel and titanium alloys.

Mills for dynamic machining and trochoidal milling.

Special features

Material-specific geometry and coating for use in stainless materials.
Optimized helix angle for improved chip evacuation.
Optimum temperature control when working on materials that are difficult to machine.
Design with neck chip channel.
Optimum chip control thanks to chip divider.
Unequal pitch for low-vibration machining with smooth running.

Recommendations for use