Advanced Cy-K510n CNC Horizontal Lathe Machine for Precision Engineering

This machine tool is designed using the finite element method, allowing precise theoretical analysis and optimization of the overall layout and key structures. It offers high rigidity, minimal thermal deformation, low spindle temperature rise, low vibration, and excellent cutting torque capacity, making it ideal for heavy-duty machining. This design reflects international advanced standards.

Key components such as the CNC system, spindle bearings, and linear guides are sourced from world-renowned manufacturers, ensuring exceptional reliability and stable performance.

With advanced structural design and meticulous manufacturing processes, the machine delivers high machining accuracy and long-term precision stability. It consistently achieves IT6-level precision, with surface roughness up to Ra1.6 μm, ensuring superior quality and consistency of machined parts.

Critical components, including the bed, headstock, saddle, and tailstock, are manufactured on state-of-the-art equipment, guaranteeing exceptional part precision and ensuring the machine meets all technical performance requirements.

Featuring an integrated mechatronic design, the machine is compact, ergonomically designed, and easy to operate, while maintenance is simple and convenient.

The modular design allows flexible configurations to meet diverse user requirements, including different tool posts, tailstocks, and CNC systems. Customized fixtures and tools can also be provided to accommodate a wide range of machining applications.