A joinery machine offering versatile thicknessing and planing capabilities with multiple cutterhead options. Designed for precise wood processing with adjustable feed speeds and working heights.
The Nova S 520 is a four-square joinery machine engineered for precision thicknessing and face planing of solid wood stock. It combines a 520mm working width with dual cutterhead technology, enabling operators to select between traditional straight-knife and modern spiral helical configurations depending on surface finish requirements and wood type. The machine accommodates working heights from 3.5mm to 300mm, making it suitable for both thin veneered components and substantial timber sections. The machine's technical flexibility centers on its interchangeable cutterhead system. The TERSA straight-knife option features four 520 × 30 × 3mm knives mounted on a 120mm diameter block, delivering consistent results for standard production runs. Alternatively, the XYLENT spiral helical cutterhead employs 84 small knives (15 × 15 × 2.5mm) arranged helically, dramatically reducing tearout and surface noise while improving finish quality on difficult grain orientations. Both cutterheads mount on the same 120mm diameter block, allowing rapid tool changes without machine reconfiguration. Powered by an 11 Hp three-phase motor, the machine offers four discrete feed speeds (5, 8, 12, 18 m/min), permitting speed optimization based on wood species, grain structure, and desired surface finish. Maximum stock removal per pass reaches 8mm. The Nova S 520 targets medium-sized joinery workshops and solid wood processors handling custom orders and mid-volume production. It suits operations processing hardwoods requiring superior surface finish—such as furniture component manufacturers, high-end cabinet makers, and architectural millwork shops—where the spiral cutterhead's tearout resistance justifies the investment. The machine's 520mm width and flexible height range accommodate typical European solid wood specifications while remaining compact enough for space-constrained production facilities.
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