Gabbiani AF

The Gabbiani AF is an automatic single-blade beam saw purpose-built for high-precision panel cross-cutting in industrial production environments. It delivers consistent, repeatable cuts across sheet materials with configurable cutting lengths ranging from 3200mm to 5900mm, accommodating diverse panel widths and production specifications. The machine excels in flexible sizing workflows where customization is critical to meeting client specifications without extended setup times.

The Gabbiani AF distinguishes itself through variable speed saw carriage technology (0–180 m/min) and optional motorized pusher systems, enabling operators to optimize cutting speed based on material type and finish quality requirements. Two blade projection options—115mm and 130mm—provide flexibility for different panel thicknesses, while the integrated scoring unit (5395 g/min) ensures clean cross-grain cuts in laminated panels and veneered materials. Motor configurations up to 27 kW with inverter control deliver responsive power management, reducing stress on delicate materials while maintaining production throughput.

This machine targets mid-to-large production facilities and job shops processing composite panels, veneered boards, and engineered wood products in batches of 50+ units daily. It serves manufacturers requiring both standardized cuts and custom sizing—such as kitchen cabinet producers, architectural millwork shops, and panel distributors—where material waste minimization and cut quality are competitive differentiators. The six-point clamping system ensures stability across varying panel densities and dimensions.

Within its class, the Gabbiani AF balances automation with operational flexibility; unlike fully integrated panel lines, it functions as a standalone sizing solution that integrates into existing workflows without capital-intensive infrastructure investment. The variable speed carriage and optional motorization make it suitable for shops transitioning from manual beam saws to semi-automated production without committing to rigid, high-volume-only systems.