Fully automated angular panel dividing saw designed for continuous industrial use and multi-shift production environments. High-performance cutting system with advanced automation and precision control.
The SAWTEQ A-500 | A-510 is a fully automated angular panel dividing saw engineered for high-volume production environments requiring simultaneous rip and crosscut operations. This dual-axis system combines a programmable rip saw with infinitely adjustable cutting lengths (3,200–5,600 mm) and a cross-cut unit (2,200–2,700 mm) to process sheet materials with minimal manual intervention and maximum throughput. The machine delivers cutting performance through SORB TECH vibration-dampening construction combined with industrial-grade drive systems: the main saw motor reaches 30–47 kW (50 Hz) or 35–54 kW (60 Hz), while the rip and crosscut fence systems operate at speeds up to 90 m/min and 130 m/min respectively. The saw carriage itself accelerates to 130 m/min standard (150 m/min optional), ensuring rapid positioning between cuts. Saw blade projection ranges from 150 mm to 170 mm, accommodating materials of varying thickness while maintaining precision control. This machine targets large-scale woodworking operations—flooring producers, panel manufacturers, cabinet and furniture makers processing veneer or solid wood panels at multi-shift production volumes. It is purpose-built for environments where continuous uptime, consistent edge quality, and high linear output justify the enterprise-level investment. The CADmatic 5 software and 24" full-HD multi-touch interface enable intuitive nesting, gang-cutting strategies, and real-time production monitoring across batches of hundreds of cuts per shift. Within its class, the A-500 | A-510 distinguishes itself through dual-axis modularity—operators can configure rip and crosscut sequences independently to match material flow and part geometries, unlike single-axis saws. The optional 170 mm blade projection and 150 m/min carriage speed push performance at the upper end of mid-scale industrial segment, competing directly with retrofitted legacy equipment while offering modern control architecture and lower maintenance overhead.
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