The volume of 40 pages covers Sumitomo's new products.
Downloads can be found here.
Newly developed cermet substrate with high thermal conductivity and Brilliant coatTM with excellent lubricity. Beautiful glossy surface finish and realizing incredible stability.A new cermet substrate with excellent thermal conductivity is used to achieve outstanding thermal crack resistance.
Modular type has been released. By mounting to an arbor for modular tools realizes L/D＞3 tool overhang machining.
The total number of inserts has increased to 124 with the expansion of 92 insert items.
Newly developed carbide substrate and PVD coating to overcome the difficulty of exotic alloy turning.
Typical damage in the work material with low heat conductivity and high strength, breakage by crater wear and notch wear can be reduced.
Min. machining diameter is φ8mm. The carbide holder reduces chattering for small diameter grooving. Unique fitting structure provides highprecision cutting edge positioning.
A high precision cutter balanced in cutting edge strength, body durability, cutting performance, squareness and surface roughness. Also featuring the debut of new grade ACU2500 for rough to finish milling of steel, stainless steel and cast iron.
Debut of new series with cutter diameter φ32 to φ160mm body and 6 types of cutting edge.
Breaks chips, with more efficient coolant supply due to adopting bradethrough coolant.
Shoulder milling cutter with tangential ground insert.
Flexible design to repeater, side cutter and other special cutters with the same inserts.
Covers a wide range with 1 drill. Stable tool life in various cutting conditions and work materials such as high-carbon steels, die steels and stainless steels.
Drill diameter φ1.0 to φ2.9mm will be expanded.
Reliable drill for spot facing, drilling of non-flat surface and process integration.
Expanded drill series for pre-tap hole drilling and drill diameter φ12.1 to φ15.9mm in addition to standard & long shank, internal coolant and head replaceable type.
The cutting edge adopts nano-polycrystalline CBN with higher hardness and improved thermal conductivity compared to conventional CBN.
This ensures higher efficiency and longer tool life for use with exotic alloys such as titanium alloy and Co-Cr alloy.
Expanded range of new inserts for machining of cemented carbide and hard brittle material.