
Fig 1 Fig 2
Small diameter cut-off Cut-off LF LF
LH LH
Parts
18
Dimensions (mm) This figure shows right handed tools. Cutting Cutting
Height WidthLength edge edge Head
| Cat. No. | Stock | distance height | Applicable inserts | Fig | Screw | Wrench | ||
| H | B LF WF HF LH |
| SCT R1010 | D | 10 10 120 10 10 15 | |||
| SCT R1212 | D | CT R05 | (-NB) | ||
| 12 12 120 12 12 15 | 1 | ||||
| D | CT R12 | (-NB) | |||
| SCT R1616 | 16 16 120 16 16 15 | ||||
| D | BFTX0410T8L TRX08 | ||||
| SCT R1010-16 | 10 10 120 10 10 18 | 2 | |||
| SCT R1212-16 | D | 12 12 120 12 12 18 | CT R16 | (-NB) |
D 1 SCT R1616-16 16 16 120 16 16 18
| F SCT L1010 | D | 10 10 120 10 10 15 | |||
| SCT L1212 | D | CT L05 | (-NB) | ||
| 12 12 120 12 12 15 | 1 | ||||
| D | CT L12 | (-NB) | |||
| SCT L1616 | 16 16 120 16 16 15 | ||||
| D | BFTX0410T8R TRX08 | ||||
| SCT L1010-16 | 10 10 120 10 10 18 | 2 | |||
| SCT L1212-16 | D | 12 12 120 12 12 18 | CT L16 | (-NB) |
D 1 SCT L1616-16 16 16 120 16 16 18 Grooving Characteristics
Cut-Off Possible to exchange the insert from The new clamp system with a screw
the back face by drilling a wrench allows easy insert exchange simply
Threading Easy insert exchange hole on both sides of the screw by loosening the screw. You can dry from the back face Good cutting performance and just by heating the clamp thread. efficient chip evacuation achieved
by the vertical, two-corner insert with a circular arc-shaped breaker
Shank size PVD coated carbide □10/12/16 mm Stable, long tool life with Stable, long tool life with a PVD coated carbide Max. cut-off diameter
| φ φ | φ | AC1030U/AC530U | Arrow mark that | ||
| AC1030U/AC530U | 5/ 12/ | 16 |
indicates the screw Edge width 0.5/1.0/1.5/2.0 mm tightening direction Corner radius 0.05/0 mm
Lead angle 0°/20° CT Type Insert SCT Type Holder
Principal cutting force Small burrs Large burrs Feed force 300
200
100
0
SCT Type Competitor SCT Type Competitor
Work material: S45C (ø10 mm) Edge width: 1.5 mm Work material: SUS430 (ø8 mm) Cutting force: 1.0 mm (handed) v = 60 m/min f = 0.06 mm/rev Wet v = 45 m/min f = 0.02 mm/rev Wet c c