Entry level CNC nesting machining centre with comprehensive routing and drilling capabilities. Designed to satisfy diverse woodworking industry requirements.
The Morbidelli X50 is an entry-level CNC nesting machining centre engineered for flexible production in small-to-medium woodworking operations. It combines a powerful 9.5 kW routing spindle operating at 24,000 rpm with independent vertical and horizontal drilling capabilities—12 vertical and 6 horizontal spindles respectively—enabling simultaneous multi-operation processing on panel-based materials. This dual-spindle architecture eliminates tool change delays for drilling-intensive workflows, significantly improving cycle times on complex nested parts. The machine offers configurable working area dimensions spanning from 2556×1296 mm up to 4356×2216 mm, accommodating standard panel formats and enabling efficient material nesting for cost optimization. Vectorial speed options of 57 m/min (PRO-SPEED) or 47 m/min (PRO-SPACE) provide flexibility in balancing production velocity against precision requirements. The 12-position tool changer combined with 140 mm Z-axis panel passage depth supports a diverse tooling arsenal for routing, profiling, and edge processing tasks. An integrated 125 mm diameter blade with independent X-axis control adds ripping and crosscutting capability without interrupting the primary spindle workflow. The X50 targets woodworking shops producing cabinet components, furniture parts, and architectural millwork at volumes between 100–500 pieces monthly. Its independent spindle design is particularly suited to operations where drilling and routing occur on the same part geometry—such as cabinet sides with pocket holes, edge banding channels, and dowel locations. The machine accommodates both solid wood and composite panels (MDF, plywood) within the 140 mm working depth, making it adaptable to mixed-material production environments without reconfiguration. Within the entry-level CNC centre segment, the X50 differentiates through its integrated drilling spindle array rather than reliance on sequential tool changes. This architecture reduces non-cutting time and improves consistency in precision hole placement—critical for assembly-ready components in case goods manufacturing. The modular working area options allow shops to scale investment according to current production footprint while maintaining upgrade potential.
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