TCK700DYS

. High-Rigidity 45° Inclined Bed Structure . Dual Independent Spindle System & High-Efficiency Machining . Space-Saving & High-Productivity Layout

Product photo gallery

.The TCK700DYS twin-spindle CNC lathe adopts a robust right-triangular 45° slant bed structure. The angled guideway design optimizes overall mechanical performance, delivering higher structural rigidity, superior machining accuracy, stronger cutting stability and smoother chip removal compared with conventional flat-bed machines. Under the same guideway width specification, the slant bed provides a longer X-axis travel, allowing flexible installation of multi-station turrets and supporting more complex and versatile machining procedures.
.Featuring symmetric main and sub-spindles with identical performance and independent control, the twin-spindle structure enables automatic workpiece handoff between spindles. The movable secondary spindle accurately picks up pre-machined workpieces for secondary operation, eliminating idle downtime and repeated clamping errors. Compared with traditional single-spindle lathes, this design drastically shortens cycle time, improves machining speed and consistency, and delivers outstanding flexibility for diversified and complex production requirements.
.With standardized specifications for maximum machining diameter and workpiece load capacity, the twin-spindle turning center achieves significantly higher output within the same floor space. It maximizes production efficiency while saving workshop area and reducing operational costs, making it an ideal solution for high-volume, high-precision industrial manufacturing.