Kyocera - Инструмент для обработки мелких деталей 2016 ENG
для заказа - kyocera@kyocera-tools.ru
TIPS FOR PRODUCTIVITY IMPROVEMENT
A chieving Better Chip Control During External Turning
A GRADES 1) Use chipbreakers for various depths of cut Chip Processing
• Applicable to high precision cutting due to aINSERTS
finely ground sharp edge.
B • The mirror polished insert provides improved
adhesion resistance and surface finish.
C CBN & PCD
2) Improved chip control by cutting in 2 passes;
TURNING roughing and finishing Low Resistance
E • If chip control is not improved in 1 pass, use Goose-neck
Holders or Sleeve Holders
F BORING
G GROOVING
ProblemsCUT-OFF Solution
H Finishing with a General Toolholder Finishing with a Goose-neck Holder
Bad Chip Control
J SOLID END MILLS THREADING
After Roughing
L Solution
Finishing with a Sleeve Holder
M MILLING
P SPARE PARTS C hoosing Toolholders to Improve Productivity
Application Tooling Example Toolholder Advantages Workpiece diameter D.O.C. for medium to roughing
of carbon steel
SCLN-FF
TECHNICAL SDLN-FF Small Double-Sided Tooling Cost Reduction 6mm or more D.O.C.=~2.5mm
R Medium to STLN-FF Toolholder for Double Sided Tooling
Roughing (Lever Lock)
PCLN-FF
PTLN-FF FP-TK Chipbreaker Cost Reduction 16mm or more D.O.C.=1.5~5.0mm
T INDEX E9 Small Double-Sided tooling Cost Reduction 16mm or more D.O.C.=~2.5mm
(Screw Clamp) Better Chip Control - -
Fig.1
Goose-neck Holder (Sleeve Holder)
Medium to E9 Toolholder for Double-Sided Tooling Cost Reduction 16mm ~ 32mm D.O.C.=1.5~5.0mm
Roughing (Lever Lock) -
Fig.2 Better Chip Control -
+ FP-TK Chipbreaker Long curled chips are 16mm ~ 32mm D.O.C.=4.0mm
Finishing E9 Goose-neck Holder (Sleeve Holder) -
evacuated toward or more
Fig.3 Grooving Toolholders a fixed direction. -
Better Chip Control
Goose-neck Holder (Sleeve Holder)
E8 kyocera@kyocera-tools.ru
www.kyocera-tools.ru