Setup of Non-Rotating Drills

Machining Conditions

Optimizing Chip Shape for DR Drills L L1 h2 h1

DT GF

General use

For ISO – P/M/K/H/S For low up to medium
materialsfeed rates
For medium up to For ISO – P material
high feed ratesL – close
L – openH2 – high
H2 – lowL1 – small
L1 – mediumH1 – deep
H1 – shallow
HD AL
For medium up to For low up to medium
high feed ratesfeed rates
For ISO – N materialFor ISO – P material
L – openL – open
H2 – highH2 – high
L1 – nonL1 – non
H1 – deepH1 – non

Make sure the center line of the drill is aligned with the spindle center line. It is recommended to verify the setup according to the instructions shown below. DR-06

D-0.3 (mm)

D+1 (mm)

Under regular conditions it is possible to adjust the center line of the drill (X-axis of the machine) in order to change hole diameter size.

CORE 1 Drill a hole 6 mm deep with the drill center line aligned with the spindle center line. 2 Check the existing core. If there is no core, check the alignment of the Y-axis of the drill and spindle. Correct by checking the adapter or adjusting the Y-axis. 3 Check that the hole diameter equals the drill diameter +0.0- +0.2 mm. If not, adjust the X-axis. 4 Note: In some operations, part of the core may break. If this occurs, use finger contact to verify if any core remains

Warning: As the drill goes all the way through a workpiece, it ejects a disc. For worker safety, guards should be used..

Drilling Insert Grades

Grades for Applications and Materials

Material GroupsISO PISO MISO KISO NISO SISO H
1-1112-131415-2021-2831-3738-41
Stainless
Steel Stainless Steel High Hard
SteelAustenitic & Duplex Cast IronNonferrous
Ferritic & TempSteel
(Ferritic-Austenitic)
Main ApplicationsMartensitic
Harder
IC808 (908) IC808 (908)IC808 (908)IC8080(1) (9080)IC808 (908) IC808 (908) IC808 (908)

IC5500 IC808 (908) DRILLING Tougher (1) Use for an outer insert on DR drills

Default recommendation