Maykestag Speeddrill+ Aluminium 15.10mm DIN 6537L 5xD Internal Coolant
Professional 15.10mm Maykestag Speeddrill+ Aluminium solid carbide drill
manufactured in Type W geometry with a 135° point angle, AURODUR coating,
internal coolant supply and a long 5xD design. Manufactured to DIN 6537L with
a DIN 6535-HA cylindrical shank, it is specifically designed for
high-performance drilling in aluminium and is also ideally suited to copper
and brass.
The Maykestag Code 6848 Speeddrill+ Aluminium is a
high-performance solid carbide drill developed specifically for aluminium
machining. The drill incorporates internal coolant channels to deliver coolant
directly through the tool to the cutting zone, supporting efficient chip
evacuation and temperature control during high-speed drilling.
The 15.10mm version has a 16mm h6 shank, 133mm overall length
and 83mm flute length. Its 135° point angle, specialised Type
W geometry and AURODUR coating are designed for efficient aluminium drilling,
while six guide chamfers help provide high alignment accuracy and drill
stability at high cutting speeds and feeds.
for drilling holes to a depth of approximately five times the tool diameter in
suitable machining conditions. The long-series geometry provides greater reach
than a conventional short drill, while internal coolant supply helps transport
chips out of the hole and control heat during demanding drilling operations.
Product highlights
- Maykestag Code 6848: High-performance Speeddrill+ Aluminium
solid carbide drill for demanding non-ferrous metal machining. - 15.10mm drilling diameter: Professional large-diameter
configuration for precision drilling applications. - 5xD drilling depth: Long-series design for drilling holes
to depths of approximately five times the drill diameter. - Type W geometry: Specialised geometry developed for
aluminium machining and non-ferrous materials. - 135° point angle: Application-specific point geometry
designed for efficient aluminium drilling. - Internal coolant supply: Coolant is delivered directly
through the drill to support cooling and chip evacuation. - Six guide chamfers: Provide high alignment accuracy and
stabilisation of the drill during high-speed drilling. - AURODUR coating: Special coating with a smooth surface
designed to help prevent built-up edges during aluminium machining. - Solid carbide construction: Provides the rigidity and
cutting performance required for high-performance drilling. - DIN 6537L: Manufactured to the specified standard for
long-series solid carbide drills. - DIN 6535-HA shank: Cylindrical shank configuration for
compatible precision toolholding. - 2 cutting edges: Two-flute geometry for efficient drilling
and chip evacuation. - Aluminium specialist: Rated by Maykestag as ideal for
aluminium machining. - Copper and brass: Also rated by Maykestag as ideal for
copper and brass.
Why Choose Maykestag Speeddrill+ Aluminium?
Maykestag develops specialised solid carbide drills with application-focused
geometries for demanding professional machining. The Speeddrill+ Aluminium
range is designed specifically around the requirements of aluminium
drilling, where high cutting speeds, efficient chip evacuation and
resistance to built-up edges are particularly important.
The Code 6848 combines Type W geometry, a 135° point angle,
AURODUR coating, six guide chamfers and internal coolant supply. Together,
these features provide a stable drilling process with efficient coolant
delivery and chip evacuation. Maykestag rates the series
4/4 Ideal for both aluminium and copper/brass.
Designed for High-Performance Aluminium Drilling
Aluminium can generate built-up edges when drilling conditions and tool
geometry are not properly matched to the material. The Speeddrill+ Aluminium’s
specialised coating and application-specific geometry are designed to reduce
this tendency while supporting clean cutting and efficient chip evacuation.
The internal coolant channels are particularly valuable
during 5xD drilling because coolant is delivered directly to the cutting zone
while helping carry chips out of the hole. The six guide chamfers provide
additional drill guidance and stabilisation, helping maintain alignment
accuracy during high-speed and high-feed drilling operations.
