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DIAMOND TOOLING
For Machining Graphite and Carbon Composits

DIAMOND MILLS
For Machining Graphite and Carbon Composits
TABLE OF CONTENTS
COATING TYPES
Why Use a diamond coated tool?
Diamond-coated tools last 10 - 20 times longer than bare
tungsten carbide tools allowing almost any job to be
done completely with one tool and with no change due
to wear, no interruption, and no recalibration. Diamond
tools can typically be run two to three times the surface
speed of carbide tools.
Below are the 3 types of diamond coatings used on our
precision cutting tools.
AD-100
Amourphous Diamond
AD-100 is a multi-layered, PVD, amorphous diamond
coating that is designed for graphite machining
with small diameter endmills. The abrasion resistant
quality adds 5 -10 times the cutter life in comparison to
uncoated endmills. AD -100 is a micron thick film that
does not change the shape, size or tolerance. This thin
coating also has an added advantage of a sharp cutting
edge that results in less deflection, which gives better
surface finishes.
AD-100 Ball Mini Mills
page 4
AD-100 Flat and Radius Mini Mills
page 5
AD-100 End Mills
page 6
AD-100 Ball Mills
page 7
CVD-L Flat Mini Mills
page 8
CVD-L Ball Mini Mills
page 9
CVD Diamond End Mills
page 10
CVD
Chemical Vapor Deposition
CVD is a diamond coating that is grown directly
onto carbide tools. This coating produces the highest
degree of hardness and the lowest coefficient of
friction. It has the longest life available for machining
graphite electrodes. It will outlast non-coated end-mills
by 20 - 30 times.
CVD LIGHT
Thin Chemical Vapor Deposition
CVD Diamond Ball End Mills
page 11
CVD Diamond End Mills w/Corner Radius
page 12
CVD Metric Diamond Mills
page 13
PCD — Inserts
page 14
CVD LIGHT is the thinnest of the CVD coatings. You
get the edge sharpness of a thin coating with the
performance of a real diamond coating. This coating
Solid Carbide Holders
was specifically designed for small diameter, ball nose,
page 15
2 endmills with an extended reach.
3