The core advantage of the HS-926 Swiss-Type CNC Lathe is primarily reflected in the optimization of its mechanical structure. This model features an integral cast bed, combined with high-rigidity linear guides and ball screws, effectively suppressing the cutting vibrations during the processing. Compared to traditional centering machines, the spindle and secondary spindle of this model adopt a coaxial opposite layout, enabling the processing of both the front and rear ends of the parts in a single setup, eliminating the coaxiality errors caused by secondary setups. At the same time, the HS-926 is equipped with a high-precision hydraulic chuck system, allowing the clamping force to be adjusted in real time. This ensures stable clamping of slender shaft parts while effectively avoiding deformation of thin-walled components. This design enables the key indicators such as roundness and cylindricity of the processed parts to be stably controlled within the micrometer tolerance range. The spindle speed of the HS-926 can reach 8000-10000 rpm, and the rapid movement speed is increased to 30 meters per minute, significantly reducing non-cutting time. More importantly, the tool turret system of the HS-926 supports up to 32 tool installations, with the number of power tools installable being flexiblely configurable. This enables it to complete complex processes that originally required multiple equipment setups in a single cycle.
The TSUGAMI BO205-III is a high-performance Swiss-type CNC lathe engineered for the precision machining of small, complex components in high-volume production environments. Utilizing advanced sliding headstock technology, the machine delivers exceptional accuracy and stability, making it ideal for industries that demand tight tolerances and superior surface finishes. Equipped with a main spindle, sub-spindle, and multiple live tooling stations, the BO205-III is capable of performing turning, milling, drilling, tapping, and other secondary operations in a single setup. This significantly reduces handling time, minimizes setup errors, and improves overall production efficiency. Designed for versatility and reliability, the BO205-III offers excellent dynamic rigidity and multi-axis machining capabilities, enabling the efficient production of intricate shafts, connectors, medical components, electronic parts, automotive components, and other precision-engineered products.
The TSUGAMI S206A is a high-precision Swiss-type CNC lathe designed to meet the demands of modern manufacturing for complex and small-diameter components. Engineered for exceptional accuracy, stability, and productivity, the S206A is ideal for high-volume production applications requiring consistent quality and tight tolerances. Featuring a powerful main spindle, sub-spindle, and multiple live tooling positions, the S206A enables complete machining in a single setup. Turning, milling, drilling, threading, and cross-machining operations can be performed simultaneously, significantly reducing cycle times and improving overall manufacturing efficiency. Built with TSUGAMI’s renowned precision engineering and rigid machine structure, the S206A delivers outstanding machining performance even when producing intricate geometries and long, slender workpieces. Its advanced control system and flexible tooling configuration make it suitable for a wide range of precision manufacturing applications.
The TSUGAMI S205A is a versatile and high-precision Swiss-type CNC lathe designed for the efficient production of small, complex, and high-tolerance components. Combining advanced machining technology with exceptional reliability, the S205A delivers outstanding performance for manufacturers seeking high productivity and consistent part quality. Equipped with a high-speed main spindle, sub-spindle, and multiple live tooling stations, the S205A is capable of performing turning, milling, drilling, tapping, and other secondary operations in a single setup. This integrated machining capability minimizes handling requirements, reduces production time, and improves overall manufacturing efficiency. The machine’s rigid construction and precision-guided sliding headstock system provide excellent stability during machining, ensuring superior accuracy and surface finish quality. Its flexible tooling configuration allows manufacturers to efficiently produce a wide range of intricate components across multiple industries.
The TAIKAN T5 Vertical Machining Center is a compact and high-performance CNC machining solution designed for precision manufacturing applications. Engineered with a rigid machine structure and advanced spindle technology, the T5 delivers exceptional accuracy, stability, and productivity for a wide range of machining operations. Its high-speed spindle and rapid feed capabilities enable efficient processing of complex components while maintaining superior surface finish quality. The machine is ideal for precision mold manufacturing, electronic components, automotive parts, and general mechanical machining applications.
The TAIKAN T6 Vertical Machining Center is a versatile CNC machining platform designed to meet the demands of modern precision manufacturing. Combining high rigidity, powerful cutting performance, and advanced motion control technology, the T6 is capable of delivering exceptional machining accuracy and productivity across a broad range of applications. With an optimized machine structure and high-performance spindle system, the T6 efficiently handles both roughing and finishing operations. Its spacious work area and flexible machining capabilities make it suitable for producing complex components with high dimensional accuracy and excellent surface finishes.
