Morbidelli FX100
The Morbidelli FX100 is a CNC drilling centre designed for batch-1 processes, capable of performing drilling, routing and doweling operations on the five sides of the panel.
The Morbidelli FX100 is a CNC machining centre engineered for high-precision multi-sided panel processing, capable of executing drilling, routing, doweling, and edge milling operations in a single setup. The machine eliminates the need for manual repositioning by accessing five sides of a panel through its integrated vertical and horizontal spindle architecture, significantly reducing cycle time and improving dimensional accuracy for batch production environments. The FX100's technical foundation rests on a multi-spindle configuration comprising four vertical drilling heads with 22 rotating axes each, supplemented by 24 horizontal spindles along the X-axis and 4 along the Y-axis, enabling simultaneous multi-point operations. The machine achieves rapid axis travel speeds of 93 m/min (X-Y) and 30 m/min (Z), with a unified working area accommodating panels up to 3200 mm in length and 120 mm in width, adaptable to split-area configurations of 1400 mm for enhanced throughput. The integrated saw blade and Lamello unit (diameter options: 2–125 mm/no.) provide finishing and joinery capabilities without secondary equipment, operating within a panel thickness range of 12–60 mm and supporting loads up to 60 kg. This machine class is purpose-built for medium to industrial woodworking operations producing kitchen and bathroom cabinetry, modular furniture systems, and architectural joinery components in volumes ranging from 50–500 units per month. It serves manufacturers requiring five-sided processing without manual flipping, particularly those working with melamine, plywood, MDF, and solid wood panels where hole accuracy and edge detail are critical to final assembly quality. Within the CNC drilling centre segment, the FX100 differentiates through its dual-axis horizontal spindle arrangement and single-setup multi-face capability, positioning it above entry-level two-head systems while maintaining operational flexibility below full-scale production lines. Its modular spindle architecture allows configuration adjustments for specific product portfolios, making it suitable for shops managing diverse panel geometries and drilling patterns without extensive reprogramming.
