High
volume of metal removal - up to 3mm feed per tooth. Close
to profile pocketing compared to round inserts. Reduced
vibration and cutter deflection in deep cavities. Cutting
forces directed through the spindle allow higher feed rates. Specific
geometry for aluminum and light alloys.
5505VX Roughing
Ball Nose
Strong,
thick inserts ideal for medium to heavy roughing applications in die and mould. X400
- new patent-pending grade for steels and hardened steels. Axial
retention screw for added security. Increased
feeds and speeds possible due to helical insert design and rigid fixation system. Double-edge
insert is indexable for reduced inventory. Capable
of plunging up to its full radius.
Modular System
The modular system
includes several families of cutters and attachments having the
following features: Industry
standard modular connection. Precision
manufactured tool bodies with high rotational accuracy enhancing
tool efficiency. Round
“bottom” insert tools for roughing and semi-finishing
operations. Unique
anti-rotation design for round “button” tools when roughing in tough conditions. True
90° approach tools for square shoulders. High
tolerance finishing inserts producing better surface finishes reducing subsequent hand working. Vibration
resistant, high density alloy, modular tool shanks for increased rigidity. Tool
steel shanks with morse taper attachment. Plunging
cutters for high metal removal rates in deep cavities.
7791 VS Plunging
Cutter
Ideal
tool for stepover-plunge-slotting and core plunging. High
metal removal rate and excellent chip evacuation. Principally
Z-axial cutting force minimizes tool deflection and side forces. System
extremely efficient in all roughing operations and deep
cavities. Ideal
for aerospace and mould making industries. Wide
range of grades and geometries for all applications.
Contour Milling
Cutters
These
versatile tools are used for face milling, radius end milling, slotting,
pocketing, contour milling and hole milling.
All
Stellram Contour Milling Cutters feature P-20 tool steel bodies. Through-tool
coolant allows better chip evacuation, higher feed rates. They
can be used in roughing and finishing operations.