UA2090 Ti
Using a tilting head for five-axis machining, the UA2090 Ti is high-performance vertical machining center designed for large part machining of Titanium and Hard Alloy components. An oil-recirculating heat exchange keeps the spindle temperature constant to ensure minimal thermal spindle expansion, and the unique counterbalance system on the headstock makes for smoother operation and long-term accuracy.
Clamping Area 84.6" x 35.4" (2,150 mm x 900 mm) X-axis Travel (table movement) 78.7"(2,000 mm) Y-axis Travel (table movement) 35.4"(900 mm) Z-axis Travel (headstock movement) 27.5" (700 mm) Distance from Table Top to
Spindle Face in Vertical Position3.1" to 30.7" (80 mm to 780 mm) A-axis Swiveling Range ± 30° B-axis Rotating Range (table) ± 30° Maximum Table Load 4,850 lb (2,200 kg) Spindle Drive Motor 30 HP (22 kW) for 30 min. / 35 HP (25 kW) cont. Spindle Output Torque 811 ft-lb (1,100 Nm) Spindle Taper Big Plus #50 Spindle Speed 8,000 RPM Spindle Type Direct drive Rapid Feedrate (X and Y axes) 944 ipm (24 m/min) Rapid Feedrate (Z axis) 708 ipm (18 m/min) Maximum Cutting Feedrate 394 ipm (10 m/min) Tool Storage Capacity 30 BCV50 (40 Optional) Standard Floor Space 209" x 130" x 157" (5,300 mm x 3,300 mm x 3,990 mm) SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE.
Machines are manufactured by WELE Mechatronics, a Toyoda Strategic Alliance Company, sold and serviced by Toyoda Americas and authorized resellers.
Structurally Sound
A solid Meehanite cast iron base combines with a four-boxway design in the Y axis to maximize vibration-dampening capabilities and provide the structural rigidity needed for heavy cutting.


Gear Driven Spindle
A and B axes are driven by precise radius rack gears for optimum rigidity in hard to machine materials.
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Hybrid Guideway Construction
Box ways provide the rigidity needed to machine heavy loads, while the cylindrical roller guides support high-speed applications.
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Dual Y-Axis Ballscrews
Dual ballscrews and motors on the Y axis work in perfect synchronization to maintain machining accuracy at high speeds.
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