TCS-2500II

Feature

The TCS-2500II is a high-performance CNC Turning Center engineered to provide reliable production, exceptional machining stability, and outstanding cost efficiency. Designed using Finite Element Method (FEM) structural analysis, its rigid machine structure delivers excellent dynamic stability, minimizes vibration, and ensures consistent machining accuracy during extended production runs.

Equipped with a servo-driven turret, the TCS-2500II enables fast, precise indexing to reduce non-cutting time and improve overall productivity. Combining efficient turning performance, user-friendly operation, and dependable reliability, it is an ideal solution for manufacturers looking to maximize machine utilization, maintain consistent part quality, and achieve a higher return on investment across diverse industrial applications.

Product Introduction

High Dynamic Rigidity Design

The machine is engineered using finite element method (FEM) analysis, including rigorous static, modal, and structural optimization of cast components. This data-driven design approach ensures excellent dynamic rigidity and operational stability even during high-speed machining, providing a solid foundation for precision cutting performance.

.High-Speed Servo-Driven Turret

The machine is equipped with a high-performance servo-driven turret, available in 8- or 12-station configurations, delivering ultra-fast indexing performance. Adjacent tool indexing takes only 0.2 seconds, while full-station indexing requires just 0.6 seconds. By significantly reducing non-cutting time, the system enhances overall machine utilization and production cycle efficiency, making it a key driver for stable, high-output production.

Flexible Automation Modules

The machine offers excellent scalability and flexibility and can be integrated with a variety of automation modules, including bar feeders, gantry loaders, articulated robots, and diverse material handling systems. Through highly integrated automation solutions, it significantly reduces loading and unloading time, transforming standalone machines into high-efficiency automated production lines.