The core principle of our loading and unloading systems is simple:
all repetitive, non-value-added tasks and movements can be automated with technically efficient solutions that offer a quick return on investment.

CURSAL AUTOMATION SYSTEMS integrate seamlessly with different types of cross-cut saws, enabling fully automated production cycles.
An ideal solution to optimize the entire production process while significantly reducing labor costs.

What was previously a manual operation, with downtime and slow phases for feeding tables, becomes a continuous and steady flow—benefiting not only the cross-cut saws but also all downstream machinery.

Dedicated solutions exclusively for loading/unloading CURSAL cross-cut saws.

VACUUM LOADERS – CV SERIES
CV Vacuum Loaders represent a highly efficient solution for the automatic feeding of production lines.
They use vacuum technology to safely and gently lift wooden boards of various sizes.
Equipped with plates featuring jointed supports divided into independent sectors, self-excluding valves, and unidirectional cell rubber, they ensure a consistent grip even on
irregular materials.
The welded steel structure and variable-speed motors provide stable performance, with a handling capacity of up to 250 kg per layer.
This system is designed to optimize loading, reduce downtime, and increase overall productivity.

VACUUM UNLOADERS – SV SERIES
SV Systems are designed to complete the final stage of the cycle, moving boards from the processing area to storage or further processing stages.
With the same technological precision as the CV series, they use controlled-grip suction cups to ensure a gentle and safe release, preventing any damage to the material.
The functional layout of the SV systems is optimized for smooth, continuous handling, eliminating mechanical stress and maintaining the quality of the boards intact.
Thanks to dynamic speed adjustment and component modularity, the SV systems integrate seamlessly into automated production flows, offering reliability and consistency in operational rhythms.