Geometry analysis APKT1604 - March 2026

1.

Geometry analysis
APKT160408 PDTR PM
AG1330 (NEW with PM
mark)
01

2.

Check geometry APKT160408 PDTR PM
AG1330 (NEW Mark PM) on the KEYENCE

3.

Check geometry APKT160408 PDTR PM AG1330 on the KEYENCE
Average deviation value
Δave=0,0688mm
Top(point)=9,362mm
Top(point)=9,362mm Top(point)=9,386mm
Top(point)=9,362mm
Top(point)=9,337mm
Middle=9,411mm
Middle=9,436mm
Middle=9,423mm
Middle=9,423mm
Middle=9,411mm
Bottom (PM)=9,411mm Bottom (PM)=9,399mm Bottom (PM)=9,374mm Bottom (PM)=9,386mm Bottom (PM)=9,386mm
Δ=0,049mm
Δ=0,074mm
Δ=0,049mm
Δ=0,061mm
Δ=0,074mm
Top(point)=9,350mm
Top(point)=9,362mm Top(point)=9,362mm
Top(point)=9,337mm
Top(point)=9,362mm
Middle=9,436mm
Middle=9,423mm
Middle=9,436mm
Middle=9,436mm
Middle=9,423mm
Bottom (PM)=9,399mm Bottom (PM)=9,399mm Bottom (PM)=9,423mm Bottom (PM)=9,399mm Bottom (PM)=9,411mm
Δ=0,086mm
Δ=0,061mm
Δ=0,074mm
Δ=0,099mm
Δ=0,061mm
All inserts have a bulge towards the
hole.

4.

Check geometry APKT160408 PDTR PM
AG1330 (NEW Mark PM) on the ZOLLER

5.

Check geometry APKT160408 PDTR PM AG1330 with
AP1604 FM 50-Z5 on the ZOLLER
EDGE 1 PM mark
Deviation value Δ=0,048mm
EDGE 2 pointed mark
Deviation value Δ=0,015mm
The insert have a taper.
The insert have a taper.

6.

Check geometry APKT160408 PDTR PM AG1330 with
AP1604 EM 32-Z3-96 on the ZOLLER
EDGE 1 PM mark
Deviation value Δ=0,024mm
EDGE 2 pointed mark
Deviation value Δ=0,003mm
The insert have a taper.
The insert have a small taper.

7.

Test 90 degree wall on steel 45
APKT160408 PDTR PM AG1330 (NEW
Mark PM)

8.

Test 90 degree wall on steel 45 APKT160408 PDTR PM AG1330
edge 2 point mark
Cutting conditions
AP1604 FM 50-Z5-2
Rough passage
Aae=5mm (10%D)
Vc=130m/min
fz=0,14mm/tooth
ap=14mm (1pass)
EDGE 2 point mark
Deviation value Δ=0,012mm
Finishing pass
Aae=0,5mm
Vc=130m/min
fz=0,14mm/tooth
ap=14mm (1pass)
This is a video
Click on the area
to see

9.

Test 90 degree wall on steel 45 APKT160408 PDTR PM AG1330
edge 2 point mark
Cutting conditions
AP1604 FM 50-Z5-2
EDGE 2 point mark
Deviation value Δ=0,004mm
Aae=5mm
(10%D)
Vc=130m/min
fz=0,14mm/tooth
ap=4mm (4passes)
This is a video
Click on the area
to see

10.

Test 90 degree wall on steel 45 APKT160408 PDTR PM AG1330
edge 1 PM mark
Cutting conditions
AP1604 FM 50-Z5-2
EDGE 1 PM mark
Deviation value Δ=0,022mm
Aae=5mm
(10%D)
Vc=130m/min
fz=0,14mm/tooth
ap=4mm (4passes)
This is a video
Click on the area
to see

11.

Results
1. The new geometry of the insert marked PM has a bulge in the center of the plate, unlike the old version of the
geometry, which has a concavity.
2. The edge of the insert marked point has good radial runout accuracy on the Zoller at three points in the body of the
end mill ф50mm (Δ=0.015mm) and in the body of the end mill ф32mm (Δ=0.003mm)
3. The edge of the insert marked PM has a worse accuracy in radial runout on the Zoller, in contrast to the edge marked
point in three points. Radial runout on the end mill ф50mm (Δ=0.048mm) and in the body of the end mill ф32mm
(Δ=0.024mm)
4. The wall surface obtained by the edge of the insert with a dot visually looks better than it was in earlier versions of the
insert and the deviation is 0.004mm.
5. The wall surface obtained by the edge of the insert marked PM looks visually worse and traces of transitions (risks)
are visible and the deviation is 0.022mm.
1. Новая геометрия пластины с маркировкой PM имеет выпуклость в центре пластины в отличии от старой версии
геометрии, которая имеет вогнутость
2. Кромка пластины с маркировкой точка имеет хорошую точность по радиальному биению на Zoller в трёх точках в корпусе
торцевой фрезы ф50мм (Δ=0,015mm) так и в корпусе концевой фрезы ф32мм (Δ=0,003mm)
3. Кромка пластины с маркировкой PM имеет хуже точность по радиальному биению на на Zoller в отличии от кромки с маркировкой
точка в трёх точках. Радиальное биение на торцевой фрезе ф50мм (Δ=0,048mm) так и в корпусе концевой фрезы ф32мм (Δ=0,024mm)
4. Поверхность стенки, получаемой кромкой пластины с точкой, визуально выглядит лучше чем было в ранних версиях пластины и
отклонение составляет 0,004мм.
5. Поверхность стенки, получаемой кромкой пластины с маркировкой PM, визуально выглядит хуже и видны следы переходов (риски) и
отклонение составляет 0,022мм