CNC machining centre for highly flexible productions requiring superior precision and finish quality regardless of component shape and dimensions.
The Accord 25 FXM is a 5-axis CNC machining centre engineered for production environments requiring simultaneous multi-directional cutting and superior surface finish across complex geometries. Built by SCM Group, it delivers precision machining for solid wood, engineered panels, and composite materials with the flexibility to handle component shapes and dimensions that would require multiple setups on conventional machinery. The machine offers configurable working area dimensions up to 6170×2120×250 mm across nine platform combinations, accommodating everything from small artistic components to large structural elements without repositioning. Its dual electrospindle architecture—a 12 kW 5-axis spindle and optional 15 kW 3/4-axis spindle, both running to 24,000 rpm—enables simultaneous drilling, routing, and profiling operations. The 56-position tool storage ecosystem (12-position head magazine + 32-position rear carousel + 12-position side store) minimizes tool change cycles and supports complex multi-operation sequences. Additionally, up to 30 vertical and horizontal drilling spindles at 8,000 rpm allow integrated boring for dowels, confirmat fittings, and edge hardware in single-cycle production. The Accord 25 FXM targets medium to industrial woodworking facilities producing cabinet components, architectural millwork, custom furniture frames, and panel assemblies where production runs justify the machine's capital investment but demand tolerance and finish consistency that manual or basic 3-axis equipment cannot deliver. Its 60 m/min XY axis speed and 30 m/min Z travel reduce non-cutting cycle time, improving throughput for batch and job-shop environments. Within its class, the Accord 25 FXM occupies the precision-flexible segment—positioned above entry-level CNC centres through its integrated multi-spindle drilling capacity and configurable work envelope, but optimized for component production rather than large-format sheet processing or heavy industrial automation.