The volume of 36 pages covers Sumitomo's new products.
Downloads can be found here.
Realizes absolutely stable cutting in every scene from high-speed cutting to interrupted cutting.
AC8015P ▶ Ideal for high-speed machiningwith excellent wear resistance
AC8020P ▶ Newly launched. Exhibits both wear and fracture resistance in high-efficiency machining
AC8025P ▶ 1st recommended grade, with absolute reliability
AC8035P ▶ Suppresses tool breakages during interrupted cutting
Suppresses cutting edge damage typical of exotic alloy machining, with a newly developed carbide substrate and PVD coating.
AC5005S ▶ Newly launched. Great high-temperature strength realises excellent wear resistance in high-efficiency machining
AC5015S ▶ 1st recommended grade with both wear and fracture resistance
AC5025S ▶ High-toughness grade realising stable tool life in interrupted cutting
▶ Enables directed coolant supply from a close range, towards the cutting edge
▶ Suppresses flank wear with additional coolant supply to the flank face
▶ Realises high rigidity and indexing accuracy with double clamping
Available in 11 grades and 10 chipbreaker types, for a wide range of machining applications. Expansion of the Through-tool Coolant Holder "GNDM-J Type/GNDL-J Type" for Small Lathe. Coolant can be supplied from the toolpost without a hose. Realising improved chip evacuation, tool life, and reduced setup time.
AC8000P and AC5000S series expansion to support high-speed steel machining to exotic alloy machining
▶ Adopting a special damper mechanism to suppress chattering for large diameter holders with long overhang of L/D = 5 to 8.
▶ Replacable heads enable a wide selection positive and negative inserts.
▶ Internal coolant supply improves chip evacuation and tool life.
*Smart Damper™ is a registered trademark of BIG DAISHOWA Co., Ltd.
BNC2115 ▶ The definitive grade in high-accuracy machining
BNC2125 ▶ 1st recommended grade from high-efficiency machining to interrupted cutting
BNC8115 ▶ High-adhesion PVD coating suppresses flank wear in machining of hard-to-cut cast iron and hardened steel
BNS8125 ▶ Balances strength and toughness in the pursuit of long tool life for grey cast iron machining
Enhanced bonding strength between CBN grains achieve high-accuracy, high-efficiency finishing of powdered metal. Achieves long tool life in highspeed finishing of cast iron.
Series expansion of the popular WEZ series for multi-tasking machines,with a shank design that supports ER collets for increased rigidity.
Enables high-efficiency machining and realising excellent finished surface quality.
▶ A wide selection of inserts, expanded to 288 items
Utilising a tough and hard substrate, coupled with the latest "Absotech" coating technology
Huge expansion with 6 types of inserts for more applicable cutters, to cover a variety of applications
New milling grades that utilises the next-generation "Absotech X" coating technology
A combination of wear resistance, higher than that of conventional CVD layers, and fracture resistance, comparable PVD layers
Ensuring coolant supply to the cutting edge via through-blade coolant to effectively breaks chips
New heads for modular tools that support long-overhang machining. (Modular cutter diameter range: ø25 to ø40 mm)
Introducing the new CVD single crystal-diamond wiper blade. Achieves a mirror finish with a sharp cutting edge, and significant burr suppression
Achieves stable machining in a wide range of applications due to the composite arc cutting edgeHigh-efficiency machining is possible by suppressing chatter even when machining with long overhang
High efficiency and high accuracy achieved through excellent cutting edge quality and gradual right-hand helix flutes, along with a dedicated coating for reamers
New indexable head MSL type is ideal for the drilling of soft steel and stainless steel. A total of 148 items has been added, including cylindrical shanks holders with flanges.
Introducing the M type chipbreaker exclusively for stainless steel. A choice of 4 different chipbreakers can be selected to best suit a wide variety of applications.
Ideal for direct milling of high hardness materials such as hardened steel molds.
Maintains long-term high accuracy and excellent surface finish.
Ideal for finishing of exotic alloys like Ni-based heat-resistant alloys and mold materials for Additive Manufacturing
Excellent thermal conductivity achieves superb wear resistance.
Super multi-teeth design greatly improves machining efficiency and reduces total cost