Mitsubishi Materials U.S.A. Corporation (MMUS)
4 products found

Mitsubishi Materials U.S.A. Corporation (MMUS) products

Turning Inserts

Model MP9000/MT9000 Series - ISO Turning Inserts for Difficult-to-Cut Materials

The High Al-Rich (Al, Ti) N single layer coating significantly reduces edge fracturing.  Al and Conventional Coating Comparison: The Al-rich (Al,Ti)N single layer coating provides stabilization of the high hardness phase and succeeds in dramatically improving wear, crater and welding resistance.

Turning Tools - CBN & PCD Inserts

Mitsubishi - Model BC8110 / BC8020 / MBC010 / MBC020 - 4 Coated CBN Grades For Machining of Hardened Steels

With the expansion of BC8110, Mitsubishi can offer 4 coated CBN grades for machining of hardened steels. These 4 coated CBN grades cover a wide range of applications. To achieve longer tool life, Mitsubishi uses a unique "Particle-activated Sintering Method", combined with increased cutting edge strength. With high crater wear resistance CBN grades and a wear resistant ceramic coatings, longer tool life and improved machine efficiency are obtained.

Rotating Tools - Drilling

Mitsubishi - Model DSA Series - Solid Carbide Drill for Machining Heat-Resistant Super Alloys

TRI-Cooling Technology: The unique hole geometry increases the coolant fl ow rate, resulting in high lubricity and cooling eff ect. (available in sizes over : ø.1969 inch or ø 5 mm). Straight Cutting Edge with Single-Pass Honing: The tough straight cutting edge with single-pass honing enables stable chip formation as well as preventing the cutting edge from chipping.

Mitsubishi - Model DWAE WSTAR Drill Series - Solid Carbide Drill for Swiss-Type Automatic & Small CNC Lathes

Solid Carbide Drill for Swiss-type Automatic & Small CNC Lathes WSTAR Drill Series. Optimal Flute Length:External coolant type carbide drill with ideal tool length for Swiss-type automatic and small CNC lathes. Low Cutting Resistance Design: Low cutting resistance design provides for highly stable drilling even in situations where rigidity of workpiece material and or clamping is diffi cult to secure.