Maykestag Solid Carbide End Mill Speedcut-Aluminium 25.00mm Z4 Weldon
Professional 25.00mm Maykestag Speedcut-Aluminium solid carbide end mill
manufactured in Type W geometry with four cutting edges, variable 34°-38°
helix angles and a long-series necked design. Uncoated and manufactured to DIN
6527L with a DIN 6535-HB Weldon shank, it is particularly suitable for
high-performance machining of aluminium, including both cast and wrought
aluminium alloys.
The Maykestag Code 7950 Speedcut-Aluminium is a
high-performance solid carbide end mill designed especially for machining
aluminium materials. Its long-series, necked construction provides extended
reach while the specialised cutting geometry is designed to promote excellent
chip breaking and chip transportation, high cutting volumes and superior
surface quality.
The 25.00mm version is the largest diameter in the Code 7950
range and uses four cutting edges (Z4), whereas the smaller
sizes in the series use three cutting edges. The tool has a
25mm h6 shank, 120mm overall length, 45mm effective cutting
length and 62mm neck length. A 0.30mm 45° protection chamfer provides
additional edge protection at the tool end. The DIN 6535-HB Weldon shank
provides a positive flat for secure toolholding.
end mill is a solid carbide milling cutter developed specifically for the
high-performance machining of aluminium alloys. Its application-focused
cutting geometry is designed to provide efficient chip evacuation, high
material removal rates and excellent surface quality. The necked long-series
design also allows machining where additional tool reach is required.
Product highlights
-
Maykestag Code 7950: Professional Speedcut-Aluminium solid
carbide end mill for high-performance aluminium machining. -
25.00mm cutting diameter: Large-diameter configuration for
demanding aluminium milling applications. -
Four cutting edges: The 25mm size uses a Z4 configuration
for efficient cutting performance and high material removal rates. -
Type W geometry: Application-specific geometry developed
for aluminium machining. -
34°-38° variable helix: Different spiral angles promote
smooth cutting behaviour, reduced vibration and efficient chip transport. -
Long series, necked design: Provides extended tool reach
for machining deeper or less accessible areas. -
Solid carbide construction: High-performance carbide
construction provides the rigidity and cutting performance required for
demanding milling operations. -
Uncoated cutting edges: Optimised for the intended
aluminium machining application. -
DIN 6527L: Manufactured to the specified standard for solid
carbide milling cutters. -
DIN 6535-HB Weldon shank: Shank configuration with a Weldon
flat for positive toolholding. -
45° protection chamfer: 0.30mm protection chamfer helps
protect the tool edge. -
Aluminium specialist: Particularly suitable for both cast
and wrought aluminium alloys. -
HSC / HPC capable: Suitable for high-speed and
high-performance machining applications when the correct cutting data and
machining conditions are used.
Why Choose Maykestag Speedcut-Aluminium?
Maykestag develops specialised solid carbide milling cutters with carefully
controlled cutting geometries for demanding professional machining
applications. The Speedcut-Aluminium range is specifically engineered for
aluminium materials, where efficient chip evacuation, high cutting
performance and excellent surface quality are important.
The Code 7950 combines a solid carbide construction with a
variable 34°-38° helix, application-specific Type W geometry and a necked
long-series design. The 25.00mm tool uses
four cutting edges to provide efficient machining
performance at this larger diameter, while the DIN 6535-HB Weldon shank
provides positive tool location in a suitable toolholder.
Designed for High-Performance Aluminium Milling
Aluminium machining demands effective chip evacuation and a cutting geometry
that can maintain high material removal rates without compromising surface
quality. The Speedcut-Aluminium geometry incorporates a carefully optimised
cutting design to promote excellent chip breaking and chip transport while
maintaining a smooth tool surface.
The long, necked configuration provides additional reach for
machining deeper contours and difficult-to-access areas. The variable
34°-38° helix contributes to smooth running and efficient
chip transport, while the four-flute configuration of the 25.00mm tool
provides efficient cutting engagement for demanding aluminium milling
operations.
