Modular machining centre equipped with multi-function aluminium work table for routing and drilling operations. Designed to guarantee high quality standards in woodworking applications.
The Morbidelli M600/800F is a modular CNC machining centre purpose-built for simultaneous routing and drilling operations in industrial woodworking production. As a mid-to-large format machining solution, it delivers dual-spindle capability—combining a high-speed routing unit up to 24,000 rpm with independent vertical and horizontal drilling spindles—enabling complex multi-operation workflows on single workpiece setups without intermediate repositioning. The machine's technical architecture centres on flexible working envelope options (ranging from 3650×1600 mm to 6170×2120 mm) with vectorial XY axis speeds of 127 m/min, supported by independent tool changers holding up to 54 tools. The drilling unit can deploy up to 38 vertical spindles and 12 horizontal spindles simultaneously at 8,000 rpm, with integrated blade capacity to 160 mm diameter (0-90° rotation), enabling complex hole patterns and pocket drilling in single passes. The M600 variant provides 250 mm Z-axis clearance while the M800 extends to 350 mm, accommodating thicker stock and deeper cavity operations. Power routing reaches 17 kW (23 hp maximum), supporting both high-speed finishing and aggressive material removal in hardwoods and engineered panels. This machine class serves industrial woodworking operations processing panel-based materials at production volumes exceeding 100+ parts monthly, particularly those requiring integrated routing contours with precision multi-spindle drilling patterns. Typical users operate 10-50 person facilities managing furniture component production, cabinetry manufacturing, or architectural millwork where labour cost per unit justifies equipment investment. The M600/800F targets workshops handling solid wood panels, MDF, plywood, and composite boards up to full sheet dimensions, where single-machine workflow consolidation (routing + drilling + blade operations) reduces material handling complexity and tool changeover downtime.