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SGS-Tools - Высокопроизводительные сверла - 2012 EN
для размещения заказа - sgs@sgs-tool.ru
COOLANT promotes controlled and consistent
A THROUGH DESIGN operating temperatures
improves coolant flow to the cut while
maintaining strength
increases tool life at increased
operating parameters
B2 D HIGH PERFORMANCE optimized open flute design offers
A B1 FLUTE DESIGN more room for chip movement
A
POLISHED engineered flute profile to reduce tool
C Ti-NAMITE A pressure from chip congestion
B1 B2 COATING
improved surface finish through
effective chip evacuation
reduces friction between the chip and
tool preventing the impediment of
chip flow
decreased machine loads associated
with chip clogging
reduced friction reduces heat and
abrasion wear
HIGH PENETRATION split point geometry for improved drill
140° POINT penetration and accuracy
C GEOMETRY cam relief drill point creates stronger
more symmetrical end geometry
PERFORMANCE. PRECISION. PASSION.
self centering design with high
with ICe-Carb internal coolant drills penetration capabilities
The design of the SGS ICe-Carb was created to bring to precisely ground with a curvature that
the end user the ability to achieve high performance
results with high production demands. The internal coolant ENGINEERED allows efficient chip creation and
design allows for better control of machining temperatures
during these types of applications, while the geometry D CUTTING EDGES control
features provide effective and efficient chip creation and
removal. The results of the ICe-Carb design are reduced edge honing designed for longevity
cutting loads, increased operating parameters and
improved tool life. through wear resistance, strength
through a resistance to chip under
load and efficient shearing through
controlled hone dimensions
engineered radial grind along the edge
of the flute results in a negative
corner position to strengthen and
protect
PERFORMANCE TORQUE COMPARISON TORQUE (in–lbs) 70 2T0O%RQLEUSES
The cutting edges of the SGS ICe-Carb are 60
designed to allow the tool to achieve high 8620 Carbon Steel @ 175 BHN 50 Polished
penetration rates, while the highly polished 3/8” Diameter 1.125” Deep 40
Ti-NAMITE A tool coating allows the chips to 350 sfm / 29 ipm 30
move smoothly along the flute and out of the 20
cut. This helps to avoid chip clogging often 10
associated with elevated penetration rates.
Through efficient chip creation and movement, 0 Unpolished
the drill operates at lower loads under identical
conditions.
148 www.sgstool.com sgs@sgs-tool.ru Solid Carbide Tools
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