KMT STELLRAM - полный каталог инструмента - 2014 год EN
для размещения заказа - kennametal@kennametal.su 80.0VX.92
Technical Information
The advantages of face milling and 80.0VX.92 Round Insert Tools Cartridge Face Mills
producing cavities with Stellram’s high
feed face milling are numerous. • Cutting forces • Tangential
predominantly forces act
The unique design of the insert, approach axial. around the
angle and the cutter body ensure the radius.
cutting forces are predominantly directed • Relationship
in the axial direction. The example shown between cutting • Leads to vibration
with a round insert tool shows complex edge and work piece and damage of
forces which result in high levels of is at its most stable. the cutting edge.
vibration and damage to the cutting edge.
• Results in high feed rates • Leads to reduced
and consistent tool life. feed and lower productivity.
The 80.0VX.92 (12mm & 16mm) high feed 80.0VX.92 Centre clearance Side wall
face mill machines with a constant
volume of chip throughout all aspects of • Constant cutting Round insert
producing cavities and produces a side section (chip volume)
wall that is close to profile. irrespective of • Greater surface contact.
position in cavity. • Increased chip section for side
Round insert tools have increasing chip wall machining.
volume through the process. • Producing a close
to profile side wall. • Vibration in corners.
• Undulating side wall cusps.
• Near-square side
walls possible.
CNC Programme - Corner Radius Definition Programming Data (mm)
80.0VX.92
The use of common CAD / CAM systems requires a round Insert size (mm) Radius R L
insert dimension to be known for cavity machining. This is
available with 80.0VX92 cutters as shown to the right and 12 0,8 2,50 1,02
in the reference table. 1,2 2,73 0,97
For finish pass applications: RL 16 1,2 4,18 1,46
Wiper Facet for finishing use max. feed 0,8 mm/revolution
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