Intelligent and proactive storage management system that grows with your storage portfolio and exploits full storage potential sustainably. Perfectly coordinated with processing machines through standardized interfaces or as a pure order picking storage system.
The STORETEQ is an intelligent automated storage and retrieval system purpose-built for woodworking facilities requiring high-throughput material logistics integrated with CNC production lines. Unlike static storage solutions, STORETEQ combines dynamic bridge and carriage motion (60–120 m/min bridge speed, 80–120 m/min carriage speed) with self-learning cross-rail technology that automatically separates and retrieves panel stock based on minimal material input parameters, eliminating manual sorting bottlenecks. Available in two scalable configurations—P-300 (up to 12,000 mm span width, 50,000 mm frame length) and P-500 (up to 16,000 mm span width, 100,000 mm frame length)—the system accommodates raw boards from 6 mm thickness, MDF at 3 mm, and coated materials as thin as 0.8 mm, with individual panel weights up to 350 kg when fully equipped. The lifting drive operates at 30–65 m/min, enabling rapid stack cycling. Stack heights of 2,100 mm (basic) and 2,500 mm (equipped) maximize vertical storage density while remaining ergonomically accessible. The system's self-learning algorithm reduces setup complexity to just two material parameters, learning material behavior across panel widths from 400–2,200 mm and lengths from 1,200–5,600 mm. This intelligence drives sustainable utilization of storage capacity—the machine proactively optimizes material flow, reduces waste-inducing delays, and scales with your operation as production demands grow. STORETeq is engineered for operations running integrated CNC ecosystems where material availability directly impacts machine utilization. It suits facilities processing high volumes of heterogeneous stock (mixed thicknesses, materials, dimensions) that cannot justify purely manual warehousing but require flexibility beyond rigid automated systems. The modular span and length configurations allow deployment in constrained floor plans typical of mid-to-large wood manufacturing shops.
Side by side, on real specs