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Fishen
Fishen
As a high-performance vertical 5-axis turn-mill center (vertical cnc lathe) and five axis machining center, the YUZHONG MT 760 is built with design concepts based on multiple application environments. Its main motorised column structure offers high rigidity and precision, demonstrating superior cutting performance, on par with top-tier dual-spindle lathes. The modular design enables it to meet the needs of different industries, and it supports a wide range of machining software, making it highly adaptable in various 5-axis simultaneous machining scenarios.
It can achieve a maximum turning diameter of 850 mm and a maximum cutting diameter of 800 mm. The travels of X/Y/Z axes are -300~+650 mm, -200~+200 mm, and -220~+900 mm respectively, providing sufficient space for 5-axis simultaneous machining operations, a key advantage for a five axis machining center and vertical cnc lathe.
The turning spindle is of A2-11 type, with a speed range of 10–1500 rpm and power of 28/31 kW. The milling spindle is equipped with a built-in motor, operating at 6000 rpm, with 33 kW power and 248 N·m torque, ensuring strong cutting force in 5-axis simultaneous machining, similar to the powerful performance of dual-spindle lathes.
The B-axis can rotate from -90° to +120° with a resolution of 0.01°, and the C-axis rotates 360° continuously with an accuracy of 0.001°, realizing full 5-axis simultaneous machining with high precision, a defining feature of a five axis machining center.
It has a positioning accuracy of ±0.008 mm and a repeatability of ±0.004 mm, guaranteeing stable quality in 5-axis simultaneous machining, essential for a high-quality vertical cnc lathe.
The YUZHONG MT 760, as a versatile five axis machining center and vertical cnc lathe, is widely applicable in automotive, rail transport, and general engineering industries. It is particularly suitable for processing complex prismatic and rotational parts that require finishing in one setup, relying on its excellent 5-axis simultaneous machining capabilities to improve production efficiency and product quality.
