High-performance CNC machining center with dual synchronized servo-drives and 14-fold tool changer for precision woodworking. Features advanced nesting optimization and flexible automation options for industrial furniture production.
The CENTATEQ N-600 is a professional CNC machining center purpose-built for high-precision woodworking applications including cabinet production, architectural millwork, and automated nesting workflows. It combines rigid construction with dual synchronized servo-drives in the X-direction to deliver consistent accuracy across working fields ranging from 3,100 mm to 4,300 mm in length and up to 2,250 mm in width, accommodating both standard sheet materials and custom panel formats. The machine's technical architecture centers on dual CNC-controlled Z-axes paired with a 14-position tool changer, enabling rapid tool transitions without cycle interruption. Vector speeds of 130 m/min across X and Y axes provide competitive throughput for nested applications, while the dual servo-drive synchronization in the X-direction eliminates deflection and ensures edge-to-edge dimensional consistency—critical for cabinet joinery and panel assembly. The powerTouch2 operator interface integrates nesting optimization algorithms, reducing material waste and maximizing yield per sheet. The CENTATEQ N-600 scales across multiple format options (5×10 ft, 5×12 ft, 7×10 ft, and 7×14 ft working areas) and supports optional automatic push-off systems for inline material handling, making it suitable for mid-sized to industrial production facilities processing 50+ pieces daily. Z-stroke capacity of 210 mm (without automation) or 60 mm (with automatic push-off) handles solid wood edges, frame routing, and shallow pocket operations common in face-frame and European cabinet construction. Within its class, the dual-servo architecture and synchronized Z-axis design position this machine above single-drive competitors, reducing setup time and improving first-piece accuracy in high-mix production environments. The 14-tool capacity balances flexibility with cycle efficiency, particularly for shops requiring routing, drilling, boring, and edge-profiling operations without manual interventions.