High-performance angular panel dividing saw with patented dustEx technology and CADmatic 5 control system. Designed for efficient processing of plate packages with automatic feeding and integrated side pressure device.
The SAWTEQ A-300 and A-310 are precision angular panel dividing saws engineered for high-throughput cross-cutting and rip-sawing operations in industrial panel processing environments. These machines perform primary breakdown of plate packages and sheet materials with angular accuracy, combining automated material feeding with multi-axis saw head positioning to deliver repeatable dimensionally precise cuts across production runs. The system's technical foundation rests on several integrated subsystems: dual saw configurations with rip-saw cutting lengths available in 3,200 mm, 4,300 mm, or 5,600 mm variants, paired with a 2,200 mm cross-cut capacity; variable fence speeds reaching 90 m/min on rip operations and 130 m/min on cross-cuts; and a main saw motor rated 11–24 kW (50 Hz) or 11–28 kW (60 Hz) depending on regional power standards and production requirements. The carriage system achieves up to 150 m/min (170 m/min optional), supporting rapid material advancement without sacrificing precision. Patented dustEx technology provides targeted dust and chip extraction, protecting both workpiece surface quality and operator air environment during continuous operation. Control and operator interface are managed through CADmatic 5 software deployed on a 24-inch full-HD multi-touch display, enabling real-time job programming, parameter adjustment, and production data visualization. Blade projection options of 80 mm or 95 mm accommodate varying material thicknesses and cutting requirements across solid wood panels, engineered boards, and composite sheet goods. The SAWTEQ A-300/A-310 is positioned for medium to industrial woodworking facilities processing 20+ panel units daily, where consistency, throughput, and surface protection justify capital investment. It serves operations requiring both angular and perpendicular cuts within a single machine footprint, eliminating secondary handling steps.
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