The Accord 400 is a new generation CNC machining centre designed for drilling and routing operations. It meets the needs of small and medium-sized businesses with versatile functionality.
The Accord 400 is a flexible CNC machining centre engineered for precision drilling and routing operations in woodworking and composite material processing. Built by SCM Group, it combines a high-speed electrospindle routing unit with an independent multi-spindle drilling system, enabling simultaneous or sequential machining of complex geometries without tool changes between operations. The machine delivers distinctive technical advantages through configurable working areas (3100 × 1600 mm up to 5500 × 1600 mm), selectable axis configurations (4-axis or 5-axis), and electrospindle power ranging from 13.5 kW to 15 kW with 24,000 rpm capability. Feed speeds reach 84 m/min (PRO-SPACE) or 120 m/min (PRO-SPEED), depending on configuration. The integrated drilling unit accommodates up to 21 independent vertical spindles at 8,000 rpm with a 125 mm Ø integrated blade, enabling rapid multi-hole drilling patterns while the routing spindle handles detailed profile work. Tool changers span 12 to 18 positions depending on model selection (TRB, RAPID, FAST, or VELOCE systems). The Accord 400 addresses production requirements of small to medium-sized woodworking enterprises seeking higher throughput than manual routing machines without the footprint or investment of full industrial gantry systems. It handles solid wood, engineered panels, composites, and soft metals with equal efficiency, supporting batch volumes from 50 to 500+ pieces per day depending on operation complexity and material thickness. Compared to entry-level CNC routers, the Accord 400's dual-spindle architecture and scalable working area options provide workshop flexibility; compared to larger industrial machining centres, it maintains operator accessibility and reduced programming complexity while maintaining precision tolerances essential for furniture components, cabinet sides, and architectural elements.
Side by side, on real specs