Advanced panel dividing saw with integrated industrial robot and suction traverse system for fully automatic handling. Designed for high-precision cutting with flexible automation capabilities.
The SAWTEQ S-300 | S-310 flexTec is an automated panel dividing saw system that combines precision cutting with integrated robotic material handling for fully automatic processing workflows. The machine features a vertically-oriented saw carriage paired with an industrial-grade robot and specially engineered suction traverse system, enabling seamless handling of panels, strips, and cut parts without manual intervention. This integrated approach eliminates transfer operations and reduces labor dependency across the entire cutting cycle. The S-300 | S-310 flexTec delivers high-speed processing with saw carriage speeds up to 150 m/min (170 m/min optional) and program fence positioning up to 90 m/min, supported by motor options ranging from 11 kW to 24 kW depending on material density and cutting demands. The saw blade projection of 80 mm (95 mm optional) accommodates both standard panel stock and thicker engineered materials. Cutting lengths extend to 3,800 mm or 4,300 mm, covering the full range of standard panel dimensions. The integrated CADmatic 5 software platform with 24-inch multi-touch display provides direct CAD nesting integration and real-time process control, eliminating manual setup times and reducing material waste through optimized cut patterns. This system is designed for medium to large-scale woodworking facilities requiring consistent throughput with minimal operator intervention. It serves manufacturers processing melamine, veneer, solid wood panels, and composite materials at production volumes exceeding 100 pieces daily. The flexible automation approach makes it suitable for job-shop environments where batch sizes and part geometries vary frequently, as the robotic handling system adapts quickly to different material formats without mechanical reconfiguration. The machine is particularly valuable for operations seeking to reduce floor space requirements and labor costs while maintaining cut precision and surface quality across extended production runs.
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