A CNC lathe providing flexible and complete solution for production of complex, large diameter or long parts. Executes turning, sanding, shaping, and carving operations in one working cycle with reduced working times.
The Greda Mitika V5 is a 5-axis CNC lathe engineered for complete single-cycle machining of cylindrical components up to 500 mm diameter and 3000 mm length. It integrates turning, sanding, shaping, and carving operations sequentially within one working cycle, eliminating intermediate handling and setup time between operations. The machine's architecture combines a primary spindle for roughing and finishing with synchronized secondary processing units, enabling simultaneous execution of cutting and abrasive operations. The Mitika V5 delivers technical differentiation through its 12-position automatic tool changer, which enables masked tool-changing—meaning new tools are indexed while the spindle continues machining, eliminating dead time. The 5-axis configuration provides full volumetric control for complex contours, undercuts, and asymmetrical profiles without manual repositioning. Combined with automatic piece loading and unloading, the machine reduces total cycle time by 30-40% compared to sequential machine configurations, directly impacting per-unit production cost for mid-to-high volume runs. This machine class serves manufacturers and contract shops producing solid wood components, decorative turned parts, stair balusters, furniture legs, architectural moldings, and industrial cylindrical elements. Optimal applications include batches of 50-500 pieces per design where material consistency and dimensional repeatability are critical. The automatic handling system requires minimal operator intervention, making it suitable for shops scaling from 10-30 employees where labor efficiency directly affects profitability. Within the premium CNC lathe segment, the Mitika V5 positions between fully automatic production lines and flexible 3-axis machines by balancing automation investment with programming flexibility. Its 3000 mm working length accommodates long components (balusters, dowels, architectural elements) that would require multiple machines or manual processing on conventional equipment.