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With a machine width of 1,610 mm and a length of 1,250 mm, this space-saving and compactly designed machine is a simple 1-spindle, 1-turret precision lathe that pursues ease of use and high cost performance. Software with enhanced safety functions prevents outflow of defective products and damage to the machine.

The main spindle unit is equivalent to that of the XL-150 (spindle bearing inner diameter φ100 mm) to achieve high durability. A global machine with excellent practicality and durability that can minimize changes in machining dimensions even under long-term operating conditions. Simplified structure realized low cost. With a spindle center height of 980 mm, a distance of 315 mm from the front, and a machine ceiling height of 1,400 mm, the design is easy for anyone to use. In addition, it can handle shaft work by installing a tailstock device.

The XT-6 boasts the highest class rapid traverse rate (X-axis:18 m/min, Z-axis:24 m/min), increasing drilling capacity by 20%. In addition to the well-established Σi loader, it is equipped with various functions such as select option for the new F loader that emphasizes operability and high speed. Further, the “Thermony®” thermal displacement compensation system, spindle base cooling system, and other optional compensation devices can be used to maintain stable machining accuracy.

The XT-8, which achieves high productivity through advanced operability and cutting capacity, is equipped with a new 8-inch class loader to save space and achieve high productivity. Further, the newly installed high torque specification in the low speed range strongly supports high torque during machining in the medium and low speed range. In addition to the well-established Σi loader, the FANUC control loader, which takes into consideration global expansion, is added as a new option, and the handle retrace function improves the efficiency of setup work.

Despite its ultra-compact design, which is the smallest in the industry in the 6-inch class, the XTS-6, that speeds up the movement of each axis, strongly supports the improvement of productivity. In addition, the machine is equipped with an "idle stop function" that automatically stops the power supply to the hydraulic pump when the machine is stopped, making it ideal for energy saving. Furthermore, the thermal displacement compensation system "Thermony®" enables more stable dimensional control even in environments with large temperature changes.

High-performance machine specially designed for small parts machining with excellent cost performance. The built-in spindle motor not only realizes high-precision machining, but the ultra-compact design with a 4-inch gang-type built-in spindle motor, and is ideal for mass-production machining in dead space.

Equipped with two built-in motor spindles, the XWG-3 offers high-precision, high-efficiency production, and employs a highly visible 19-inch touch panel to strongly support improvements in machine utilization rates. In addition, the number of parts has been greatly reduced and the unit is excellent in energy saving, and the size that can be installed in the space equivalent to that of a single lathe is also attractive.

XW-60, which has succeeded in saving space on the production line, shortens the machining cycle time by reducing the non-cutting time, greatly contributing to the improvement of productivity. The 6-inch class 2-spindle lathe that is ideal for mass-production parts machining.

This machine is equipped with a new 3-axis loader that realizes a faster loading time of 6 seconds, and a high-speed shutter that halves the shutter opening and closing time. This compactly designed lathe features a square slide, a spindle with a large-diameter φ100 bearing and an 11/7.5kW motor, and a spindle base cooling system to achieve stable machining accuracy.

The "XTY-51" is a multi-tasking lathe that meets the need for integrated machining processes from raw materials to finished products, strongly supports flexible automated line configuration for flange work. In addition, this machine, which has improved machining capability by enlarging the through-hole diameter of the first spindle and increasing the motor output, can handle heavy-duty cutting of large-diameter bar materials. We realize machining that matches the customer's production style.