Advanced sliding table saw designed to optimize performance and offer maximum versatility. Equipped with a scoring unit option and precise squaring capacity for professional woodworking applications.
The Nova SI 4K is a precision sliding table saw engineered for high-accuracy ripping and crosscutting operations in solid wood processing environments. As a mid-range production tool, it combines a robust cutting unit with flexible blade configurations and motorized table control to handle demanding daily workflows without requiring industrial-scale footprint or investment. The machine delivers technical precision through its dual squaring capacity range (2250–3800 mm), accommodating both standard and extended workpieces without repositioning. Its saw blade diameter flexibility (315–400 mm with optional scoring unit) enables both fine-detail cuts and aggressive stock removal, while the projection range (136 mm at 90°, 97 mm at +46°) ensures clean cross-grain and bevel cuts. The rip fence cutting width spans 900–1270 mm, providing ample capacity for panel operations. Motor power starts at 5 kW (6 kW at alternative frequency), delivering sufficient torque for continuous production without power limitations common in entry-level saws. The Nova SI 4K is designed for medium-scale woodworking facilities—joinery shops, cabinet makers, and custom millwork producers—requiring precision and consistency without over-specification for industrial batch production. It targets operators processing solid wood in widths up to 1270 mm who need reliable daily throughput, repeatability in cross-cutting and ripping tasks, and the flexibility to adapt cutting geometry via the optional scoring unit for veneer work or laminate-edge definition. Within its class, the Nova SI 4K balances versatility and precision. The sliding table mechanism ensures repeatability for production runs, while the modular blade and motor options allow workshop customization as work demands evolve. It occupies the space between manual table saws and fully-automated processing centers, making it practical for shops seeking to standardize cut quality across batch production without committing to rigid, single-purpose systems.