Вертикальний токарний верстат з ЧПУ Nadun VTC80: відкриття нового розділу в прецизійній обробці

Recently, a Nadun VTC80 CNC vertical lathe was assembled in the workshop. It boasts outstanding performance and powerful machining capabilities, bringing brand-new solutions to the manufacturing industry.
I. Outstanding Performance Features
High-Precision Control System: The VTC80 is equipped with an advanced CNC system, capable of achieving precise control at the micron level. Its high-precision encoder feedback ensures the precise movement of the cutting tool on each coordinate axis. Whether it's complex contour machining or precise hole system processing, it can achieve astonishing precision, effectively reducing the product rejection rate and improving the machining quality.
High-Rigidity Structural Design: The lathe bed is made of high-quality cast iron material and has undergone aging treatment to eliminate internal stress and ensure structural stability. Meanwhile, the enlarged guide rail size, reasonable layout, and high-rigidity ball screw enable it to have excellent anti-vibration performance during heavy cutting machining. The cutting tool cuts more smoothly, extending the service life of the cutting tool and providing a solid guarantee for long-term and high-intensity machining tasks.
High-Speed Spindle Unit: The mounted spindle has the characteristics of high speed and large torque output. It can still maintain a stable dynamic balance under high-speed rotation, easily meeting the high-speed cutting requirements of non-ferrous metals and other materials, realizing efficient machining and greatly shortening the machining cycle. When facing difficult-to-cut materials such as steel, the powerful torque output ensures sufficient cutting force, making the machining process smooth and effortless.
II. Powerful Machining Capabilities
Diversified Cutting Functions: The VTC80 supports multiple cutting processes, such as turning, boring, and milling. It can complete multi-process machining of complex parts in one clamping, reducing the number of workpiece loading and unloading times. This not only improves the machining efficiency but also further ensures the positional accuracy between various machined surfaces. For example, for rotary parts with features such as inner and outer cylindrical surfaces, conical surfaces, threads, and flat surfaces, it can complete all machining steps in one go.
Large-Size Machining Range: This vertical lathe has a spacious worktable size, with a maximum swing diameter of up to 800 mm, capable of accommodating relatively large workpieces. Whether it's shaft parts in the automotive industry and aerospace field or heavy-duty disc-shaped workpieces in the energy industry, they can all find application space on this lathe, meeting the diverse production needs of enterprises.

III. Wide Range of Applications
Aerospace Field: In the manufacturing of aircraft engines, numerous precise shaft and disc parts require high-precision machining. With its outstanding performance, the VTC80 can accurately machine components that meet strict aerospace standards, contributing to the improvement of the reliability and performance of aircraft. From turbine shafts to engine casings and other key components, it can complete the machining tasks excellently, helping the aerospace industry to thrive.
Automotive Manufacturing Industry: The production of automotive parts has extremely high requirements for efficiency and precision. The VTC80 can be used to manufacture key rotating parts such as crankshafts and camshafts of automotive engines, as well as disc-shaped parts such as wheels and brake discs. Its fast machining speed and stable machining quality meet the large-scale and high-quality production rhythm of the automotive industry, providing strong support for the high performance and safety of automobiles.
Precision Machinery Processing Enterprises: For enterprises that focus on the manufacturing of high-end precision machinery products, the VTC80 is undoubtedly the best choice. It can machine various mechanical parts with high precision and complex structures, which are applied in fields such as instruments and meters and medical devices, helping enterprises enhance their product competitiveness and explore a broader market space.