The Morbidelli CX100 is a drilling machine designed to perform all drilling operations, grooving, and vertical routing tasks. It features multiple independent spindles for efficient production.
The Morbidelli CX100 is a high-precision CNC drilling and routing centre engineered for multi-spindle production on wooden workpieces. As a specialized machining centre, it executes simultaneous drilling, grooving, and vertical routing operations across standard and custom wood panels, boards, and components with minimal operator intervention. The machine's primary technical advantage lies in its distributed spindle architecture: 12 independent vertical spindles working in parallel with 6 horizontal spindles (4 in X-direction, 2 in Y-direction) enable multi-axis hole and groove patterns to be completed in a single clamping cycle. The 5.5 kW electrospindle motor delivers consistent cutting performance across hardwoods and engineered materials, while X-Y axis travel speeds of 40 m/min optimize cycle times for high-volume runs. Compatible workpiece dimensions range from 3050×900 mm down to 200×70 mm, accommodating everything from full-width panels to smaller components. The CX100 addresses the production demands of mid-to-large woodworking operations requiring repetitive, dimensionally accurate hole and slot patterns—particularly those transitioning from single-spindle or manual drilling to automated, high-throughput machining. It is purpose-built for cabinet makers, furniture manufacturers, and architectural millwork shops processing solid wood and plywood components where drilling precision and production speed directly impact labour costs and throughput. Within its class, the CX100 balances spindle density with working envelope size, positioning it as a production-focused alternative to larger universal machining centres or smaller single-spindle drilling systems. Its independent spindle configuration allows partial machine utilization for smaller batches without idle spindle penalty, making it economical for shops managing variable order sizes.