Vertical Machining Center The Okuma MILLAC 1052V II vertical machining center is the ultimate in large machining centers with high rigidity, heavy cutting ability, and high operability. The strong base-column construction has optimally placed ribs to counter chatter and twisting during heavy-duty cutting. Traditional box ways are used for all axes to give high accuracy […]
Horizontal Machining Center The MB-5000HII is a high-speed, thermally-stable horizontal machining center that offers quick acceleration, short tool changes, and high power to improve productivity. Compared to the previous model, this machine’s powerful cutting capabilities and high-speed automation increase productivity and reduce cycle time by up to 25 percent, while the 20 percent smaller footprint […]
Horizontal Machining Center The Okuma MA-600HIII is a horizontal machining center built for long runs without the need for human intervention. With a powerful new spindle, improved chip discharge performance, and the capability to machine a wide range of materials with high efficiency, this machine is reliable for running lights-out. Featuring a ‘sludgeless tank’ and […]
Bridge-Mill Vertical Machining Center The MB-80V is a high-accuracy bridge mill that is ideal for machining large parts. This machine delivers cutting accuracy, high speeds, and powerful, heavy-duty cutting. With maximum quality and productivity, the MB-80V is well-suited for machining large components such as those used in semiconductor manufacturing equipment and automobile die/molds.
3-Axis Vertical Machining Center The GENOS M660-V combines a large work table in a compact footprint, CAT40 BIG-PLUS® spindle, and Intelligent Technology to cut large, complex parts. An optional CAT50 BIG-PLUS® spindle is also available for heavy cutting jobs. The larger table minimizes restrictions on workpiece size and tool length while leaving ample space to […]
3-Axis Vertical Machining Center Highly rigid, thermally stable construction allows this vertical machining center to withstand thermal deformation, resulting in reduced thermal growth and improved machining performance. It can handle a variety of materials, from titanium to aluminum, and does so without sacrificing finish quality or productivity.
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