683 Каталог KYOCERA 2017 Инструмент сборный и монолитный для станков Стр.L40

Каталог KYOCERA 2017 Инструмент режущий Стр. L40 0683 Lab2u

Roughing Special serrated edge, difficult-to-cut materials 4/5/6RFH High Efficiency and Stable Machining with Multi-edge Design and Coolant Hole Deep Slotting for Stainless Steel and Titanium Alloy High Efficiency Machining with Multi-edge Design Multi-edge Design with Coolant Hole. Good Chip Evacuation with Original Gash Shape Multi-edge Design ( 16 - 6 flutes) Coolant Hole Original Gash Shape Radius gash creates better chip flow and evacuation Good Chip Evacuation Deep Slotting (ap = 2 X D) for Stainless Steel and Titanium Alloy Slotting Performance Comparison (Internal Evaluation) After Machining 1 Pass 5RFH (Internal and External Coolant) Competitor A (External Coolant) L -x MlliJ’N. i i. '18 1 1 \ p \ r % 1' . m x Defects (Chip Clogging) Cutting Conditions : n = 2,550 min-1, Vf = 336 mm/min, ap = 20 mm End Mill Dia. 10, Wet, Slotting Workpiece Material: SUS304 No Defects when Deep Slotting Defect Resistant Reduces Cutting Pressure and Defect with Special Curved Radius Cutting Conditions: n = 2,900 min-\ Vf = 712 mm/min, ap x ae = 5x3 mm End Mill Dia. 10, Wet, Shouldering Workpiece Material: Ti-6Al-4V Blade Edge after Machining 12m (Internal Evaluation) Serrated Edge. Enables Stable Machining. Special Curved Radius Serrated Edge Ri Serrated Curved Edge with Different Radii (Compound Radius Shape) Distributes cutting pressure and increase defect resistance x Defects Competitor B Achieves Long Tool Life and Stable Machining The MEGACOAT HARD coating technology delivers the highest hardness and heat resistance in Kyocera’s PVD coating 3 R 2 5RFH L40