Interlocked side milling cutter HTF series
insertfacefinishing

Interlocked side milling cutter - HTF series - ISCAR Tools - insert / face / finishing
Interlocked side milling cutter - HTF series - ISCAR Tools - insert / face / finishing
Interlocked side milling cutter - HTF series - ISCAR Tools - insert / face / finishing - image - 2
Interlocked side milling cutter - HTF series - ISCAR Tools - insert / face / finishing - image - 3
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Characteristics

Geometry
interlocked side
Construction
insert
Type
finishing, face
Other characteristics
cutting edge, high-precision, high-rigidity, clamping, long, cutting
Diameter

Max.: 160 mm
(6.3 in)

Min.: 50 mm
(1.97 in)

Length

40 mm, 63 mm
(1.57 in, 2.48 in)

Description

The new HTF D…-R-LN10 cutters carry standard HTP LN…1006 tangentially clamped inserts with 4 cutting edges. The high surface quality is attained thanks to a very rigid clamping of the inserts together with the long and straight wiper edge. In addition, the inserts are positioned in gradual locations on the cutter in both radial and axial directions. This special design causes each insert to cut only a small portion of the material in both radial and axial directions. Features Designed for finish milling applictions for extra fine surface quality - up to 0.1 Ra (μm) Carries a tangentially clamped insert with a large wiper effect Each insert corner is located at varying diameter and height Enables machining semi finishing and extra fine milling in a single pass Vibration proof design Reduced setup time, as the wiper effect is achieved without the need to adjust the wiper The standard HTP LN.. 1006 insert that was originally designed for plungers is now used for the new finishing application Coolant holes directed to each and every cutting edge Special protective polished coating on cutter body for uninterrupted chip flow and protection against corrosion and wear Notes for technologists and CNC programmers The insert marked 1 defines the nominal diameter of the tool. The slot 2 on the frontal side of the tool points at the pocket that carries the insert located at the maximum axial protrusion (marked as the largest number). The tool’s axial setup should be done according to this insert. As the axial displacement between every consecutive insert is 0.05 mm, the maximum depth of cut for each tool can be calculated by multiplying the number of the tool’s teeth by 0.05 mm.

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