Modern high-performance band resaw available as single or twin configuration with cutting speeds up to 80 m/min. Delivers superior material yield, effective chip extraction, and enhanced user-friendliness through intelligent PC controls.
The WEINIG SOLID SPLIT B 1100 is a precision band resaw system engineered for high-volume primary breakdown and resawing operations in industrial woodworking facilities. As a single or twin-blade configuration machine, it performs lengthwise splitting and edging of solid wood logs and lumber with consistent accuracy and minimal material loss. The machine delivers cutting speeds up to 80 m/min, supported by a precision solid band saw blade guidance system and hydraulic tension mechanism with automatic monitoring to maintain optimal blade performance throughout extended production runs. The SplitControl PC operating system with 21.5" touchscreen display provides real-time machine diagnostics, blade tension feedback, and intuitive recipe management for rapid setup changes between material specifications and split widths. This automation reduces operator intervention and downtime during job transitions. The WEINIG SOLID SPLIT B 1100 is positioned for industrial and large medium-sized workshops processing high volumes of solid wood—particularly those requiring consistent yield optimization across varying lumber grades and thicknesses. The dual-blade configuration option enables simultaneous splitting operations, increasing throughput for facilities handling daily volumes exceeding 50 cubic meters. Effective chip extraction and hydraulic precision guidance minimize saw dust accumulation and blade wear, reducing consumable costs per cubic meter processed. Within the industrial band resaw category, this machine competes as a mid-to-high capacity system, balancing cutting speed with blade stability. It serves as a production workhorse for primary mills, pallet manufacturers, and integrated furniture producers requiring reliable daily performance without the complexity or footprint of larger multi-axis systems.