HOLZ-HER LINEA 6015

The HOLZ-HER LINEA 6015 is a precision pressure beam saw engineered for mid-range production environments that demand both accuracy and throughput in panel cutting operations. As a CNC machining center, it automates the crosscutting and ripping of solid wood panels and engineered materials, replacing manual band saw setups with programmable, repeatable cuts that minimize material waste and operator dependency.

The machine distinguishes itself through a 2.2 kW prescoring unit integrated as standard equipment, enabling clean, tear-free cuts on veneer-faced panels and sensitive surfaces without requiring manual pre-processing. The system is equipped with a 21.5-inch control terminal providing intuitive program creation and real-time machine monitoring, while pneumatic air cushions manage workpiece positioning with gentle, consistent pressure—critical for preventing surface marring on finished materials. The 6-euro-pallet storage capacity allows semi-autonomous operation through queued batch processing, reducing idle time between cutting programs and extending production runs without operator intervention.

This machine targets medium-sized woodworking facilities and cabinet shops processing 50-200 panels daily across mixed materials: plywood, MDF, particle board, and solid wood stock. It is particularly suited for operations transitioning from manual or basic automated saws, where faster setup times and reduced manual handling directly improve labor utilization and throughput. The combination of powerful saw motors with high acceleration values ensures cycle times remain competitive even when alternating between different program specifications.

Within the economy-class pressure beam saw segment, the LINEA 6015 balances acquisition cost against built-in features typically reserved for higher-tier models—the prescoring unit, pallet storage, and air cushion system reduce secondary handling and finish work downstream, improving overall cost-per-part economics for shops processing premium materials where surface quality directly affects final product value.