Belt sander with double gooseneck designed for craftsmen and professional woodworking workshops. Features excellent stability and precision with a heavy-duty structure.
The Minimax LS is a professional-grade belt sander engineered for precision sanding of solid wood components in dedicated woodworking facilities. Built around a dual gooseneck configuration, the machine delivers consistent stock removal and surface finishing across large workpieces with minimal vibration, supported by a heavy-duty cast-iron frame and rigid construction. The machine operates with a dual-speed belt system capable of 29 or 59 feet per second, accommodating both aggressive stock removal and fine finishing passes on the same job. The working table measures 98.4 x 43 inches with a vertical stroke of 23 inches, enabling processing of solid wood boards, panels, and shaped components up to those dimensional constraints. The 279-inch belt length and 32-inch gooseneck depth provide the reach and access required for medium-format solid wood processing. Power is supplied through a 4.8 Hp three-phase main motor, with an independent 0.6 Hp table-lifting motor for controlled, repeatable vertical positioning during both manual and semi-automated operations. The Minimax LS is designed for mid-sized woodworking operations—shops with 5–30 employees engaged in furniture components, cabinet-grade work, and custom millwork. It suits operations processing 50–200 daily workpieces requiring uniform thickness, edge finishing, or surface preparation before staining or finishing. The machine is particularly well-suited to hardwood and engineered solid wood where surface quality and dimensional accuracy are non-negotiable. Its stability and precision make it suitable for operations that blend custom craftsmanship with production-level consistency without the footprint or complexity of fully automated systems. Within its category, the LS occupies the mid-market professional tier—exceeding small craft sanders in power and working surface while remaining more flexible and cost-effective than industrial automated belt sanders designed for high-speed continuous production.