EXN02R High Feed head | Small diameters | FI8-FI17 - cylindrical shank - LNMU0202 inserts

EXN02R High Feed FI8-FI17 milling head - cylindrical shank for LNMU0202 inserts

The EXN02R High Feed milling head is

high-performance

a tool designed specifically for milling operations in deep, tight pockets. This head offers excellent

precision and efficiency

in various applications.

EXN02R High Feed milling head

(small diameters)

is an irreplaceable tool when milling

tight pockets.

Due to its smaller diameters, it is ideal for high feed speed milling operations in places where

working space is limited.

[Click on the appropriate variant at the top of the page --> will appear

all the dimensions you are interested in

!]

Features:

Type:

High FEED EXN02R head.

Blade Compatibility:

LNMU0202 plates.

Material:

42CrMo.

Size:

from ø8 to ø17.

Number of blades:

1-4

Key:

T-6

Screws:

M1.8x4

The package includes:

1 high feed head, screws and wrench.

Why is it worth choosing our heads?

Deep pockets:

The EXN02R head allows you to machine very deep pockets on LNMU 0202 inserts - you can find the inserts at the bottom of this page.

High performance:

Thanks to its special shape and geometry, the High Feed head enables fast machining at high feed rates.

The LNMU0202 insert has 4 cutting edges

• you can rotate each tile up to 3 times.

Versatile:

The EXN02R head is universal and can be used in various machining applications.

Dry processing possible

, without the use of coolant. We recommend using compressed air to remove chips from the tool's working area.

Example:

EXN02 R08 - M10-100-01

Cutting diameter = 8 mm

Shank diameter = 10mm

Total length (L) = 100 mm

Number of blades (T) : 1

Screw: M2.5x6 T8

Board: LNMU 0202

TOOL GEOMETRY IN PROGRAMMING

When programming CAM, the tool should be treated as a radius cutter. Typically, the corner radius should be set to R = 1 mm. If a larger radius is used, excessive cutting will occur. The table below shows the amount of material left uncut and overcut.

Ap max = 0.5mm

Ap max = 0.5mm