





The quick change system QuickFlex® for all popular CNC turning centers: to reduce the tool change time and to increase flexibility and productivity. Without making a compromise in precision and rigidity with only a minimum investment.

High productive manufacturing of gears with CNC Turning Centers according quality standard 8 ISO 1328.

Broaching Unit for CNC Turning Centers. The new state of the art Broaching Unit from WTO for economic manufacturing of oriented keyways and splines.


The machine tool adopts gang tool type, with stable tool changing precision and high structural economy, and can expand the power head to realize turn-milling combined machining. The double spindle adopts servo synchronous electric spindle with high speed, accurate precision and low noise. Taiwan precision linear guide and ball screw pair are adopted, and the ball screw is pre-stretched to improve the rigidity and reduce the influence of cold and hot machine on the processing accuracy. High pressure and large flow water cooling system is adopted, and the tool apron sprays water powerfully, which has the function of breaking chips to prevent the spindle from receiving material and jamming chips.

▼ High rigidity, heavy cutting and high stability: Adopt integral casting inclined lathe bed, 30 ° inclined lathe bed structure, and design with heavy stiffeners to minimize distortion and thermal deformation. ▼ High precision and high dynamic response: high precision ball bearings are used in the front and rear, so that the spindle can obtain high rigidity and extremely high spindle rotation precision; the spindle servo unit has high precision and is convenient for maintenance and repair. ▼ High efficiency: The maximum speed of the main shaft is 4500rpm/min, and the fast movement can reach 30m/min. ▼ Y axis and X axis adopt non-orthogonal structure, and the virtual Y axis structure is obtained by interpolation with X axis, so that the center of gravity of the lathe bed is lower, the structure is compact, and higher cutting rigidity and stability are met.

▼ The integral casting inclined lathe bed with 30 ° inclined guide rail is adopted, so that the operator can easily get on and off the workpiece, and the cutting is smooth. It is designed with thick stiffeners to minimize distortion and thermal deformation. The wide bed and precision rolling linear guideway enable the machine to achieve heavy cutting characteristics and long accuracy retention. ▼ The guide rail adopts the precision ball type linear guide rail, with the rail width of 45mm; the saddle guide rail has a large span, which can support heavy cutting for a long time. ▼ The feed unit uses a 32 mm diameter ball screw with preload at both ends to eliminate the loss of accuracy due to thermal elongation.




Super rigid structure design; high speed, high precision, high efficiency, the whole machine structure adopts all castings in the box, which resists temperature and improves shock resistance; the center of the main shaft passes through the center of gravity of the whole machine, which improves the dynamic and static rigidity and stability; the center of the main shaft is close to the column track, which can stabilize the counterweight to meet various processing rigidities; for the size and processing specifications of the machine, the three-axis track is combined with different line tracks; Aim at different processing requirement of part processing or mold processing, different main shaft transmission systems are match; that crossbeam adopts double servo synchronous positioning at any position;
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Super rigid structure design; high speed, high precision, high efficiency, the whole machine structure adopts all castings in the box, which resists temperature and improves shock resistance; the center of the main shaft passes through the center of gravity of the whole machine, which improves the dynamic and static rigidity and stability; the center of the main shaft is close to the column track, which can stabilize the counterweight to meet various processing rigidities; for the size and processing specifications of the machine, the three-axis track is combined with different line tracks; Aim at different processing requirement of part processing or mold processing, different main shaft transmission systems are match; that crossbeam adopts double servo synchronous positioning at any position;

Super rigid structure design; high speed, high precision, high efficiency, the whole machine structure adopts all castings in the box, which resists temperature and improves shock resistance; the center of the main shaft passes through the center of gravity of the whole machine, which improves the dynamic and static rigidity and stability; the center of the main shaft is close to the column track, which can stabilize the counterweight to meet various processing rigidities; for the size and processing specifications of the machine, the three-axis track is combined with different line tracks; Aim at different processing requirement of part processing or mold processing, different main shaft transmission systems are match; that crossbeam adopts double servo synchronous positioning at any position;

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Nitto Seiko screw locking robot mainly comprises a feeder, a motion mechanism and a locking shaft. Products with high stability feeding, high precision positioning, high stability lock attached. Different from the traditional cylinder pressing, the locking mechanism of Nitto Seiko is matched with the servo motor to follow the 0 pressure locking, which avoids the deformation of products in the locking process and has excellent performance in the field of screw locking.
Nitto Seiko single-axis screwdriver, with high stability of the locking performance, can output torque, locking angle, curve and so on. Can be arbitrarily matched with the movement mechanism, convenient and flexible!