The new MACH line for supersonic threading
Vargus Launches MACH Tools with Unmatched Productivity
VARGUS Ltd., the worldwide leader in threading, is pleased to announce the global launch of MACH – Supersonic Threading. Developed for unparalleled threading productivity, the MACH Line is the new industry game changer! With more than two years of research and development, the VARGUS team has completely redefined the way threading is produced.
The MACH Line offers its new innovative tools for both Thread Milling (MACH TM) and Thread Turning (MACH TT) applications. The revolutionary MACH tools, which work twice as fast as standard tools, are now available to provide maximized productivity and higher profitability with significant machining cost savings.
MACH TT – MORE THAN 2 TIMES FASTER – Fewer Passes for Machining
MACH TT tools, with numerous features, including an improved rake and reinforced geometry, provide high resistance with a considerably reduced number of passes. The new dovetail clamping system is super rigid and is designed for machining heavy loads. The brand new VK8 grade – with a unique AlTiN + TiN PVD coating – along with an improved profile design, guarantees a superior threading surface finish for general purpose applications. With MACH TT tools, productivity is maximized, machining time is decreased, and tool life is greatly increased!
MACH TM – MORE THAN 2 TIMES FASTER – Additional Flutes for High Feed
The proven advantage of the MACH TM tools is its high feed rate per flute, which dramatically decreases machining time and boosts both competence and productivity. MACH TM tools feature improved cutting edges, advanced surface treatment and reinforced geometry for high loads. The tools are designed with coolant-thru, critical for better chip flow and superior surface finish. The large core diameter allows for increased stability and the optimal flute length enables considerably higher rigidity and efficient chip evacuation. The new and innovative VH4 grade with TiCN PVD coating is excellent for machining general applications with high wear resistance. Maximize efficiency and production due to the extremely significant feed rate which dramatically decreases machining time and increases tool life by 50% more than standard tools!
