222 Каталог KYOCERA 2016 Инструмент режущий станочный Пластины Резцы Фрезы Сверла Стр.E8

Каталог KYOCERA 2016 Режущий инструмент для станков Стр. E8 0222 Lab2u

Small Tools Advice on one point Chip control improvement at external machining 1) Choose a chipbreaker applicable for varying ap Applicable to high precision cutting, sharp cutting due to periphery ground edge Superior surface finish due to anti-adhesion polished edge Chip Control Oriented - Stainless Steel GQ C GF CF 0.15 0.2 Low Cutting Force 5 2) Improve chip control dividing tool passes into 2; roughing and finishing When chip control is not good in 1 pass machining Use Goose-neck Holders or Sleeve Holders Countermeasures (1) Finishing by Goose-neck Holder 5 - 4 - E 3 - 2 - f (mm/rev) E 3 How to choose toolholders to improve productivity in external turning Applications Tooling Example Toolholder Advantages Workpiece Dia. Medium-roughing of steel (Radial ap: mm) Medium- Roughing SCLN-FF SDLN-FF STLN-FF Small Double Sided Tooling (Screw Clamp) Cost reduction Over 96 ap= 2.5mm PCLN-FF PTLN-FF Toolholder for Double Sided Tooling for Automatic Lathe (Lever Lock) +FP-TK Chipbreaker Cost reduction Over 916 ap=1.5 5mm Medium-Roughing + Finishing Ref. to Page E9 Fig.1 Small Double Sided Tooling (Screw Clamp) Cost reduction Under 916 ap= 2.5mm Goose-neck Holder (External Sleeve Holder) Chip Control Ref. to Page E9 Fig.2 Toolholder for Double Sided Tooling for Automatic Lathe (Lever Lock) +FP-TK Chipbreaker Cost reduction 916 932 ap=1.5 5mm Goose-neck Holder (External Sleeve Holder) Chip Control Ref. to Page E9 Fig.3 Grooving Toolholder Long curled chips are evacuated toward a fixed direction 916 932 ap=over 4mm Goose-neck Holder (External Sleeve Holder) Chip Control E8