WEINIG SOLID CUT TF 5000
CNC Machining Centers — Weinig Group
High-speed optimizing cross-cut saw series for industrial fixed-length cutting, defect removal, and optimization. Offers solutions from simple to fully-automatic configurations with exceptional speed and accuracy.
The WEINIG SOLID CUT TF 5000 is a high-speed optimizing cross-cut saw engineered for precision fixed-length cutting and defect removal in industrial wood processing operations. It combines mechanical engineering excellence with advanced CNC control technology to deliver consistent, repeatable cuts across high-volume production runs. The machine is designed to integrate into both standalone cutting stations and fully-automated production lines, making it adaptable to diverse manufacturing workflows.
Performance is the defining characteristic of this system. Maximum feed speeds reach 550 m/min with full positional accuracy maintained at operating velocity, while acceleration capabilities of 50 m/s² enable rapid repositioning between cuts. Cut cycle times of just 0.068 seconds per pass demonstrate the machine's ability to process material at industrial throughput rates without sacrificing precision. This combination of speed and accuracy eliminates the traditional trade-off between production volume and dimensional consistency, resulting in minimal material waste and optimized yield across defective or irregular stock.
The SOLID CUT TF 5000 series serves manufacturers processing solid wood, engineered lumber, and composite materials in medium to large-scale operations. It is particularly suited for producers requiring frequent setup changes, variable cut lengths, and automated defect compensation—including furniture component manufacturers, window and door frame producers, stair component cutters, and industrial millwork shops. Available in configurations ranging from semi-automatic to fully-integrated systems, it accommodates both fixed-length production runs and mixed-product scheduling.
Within its classification, the SOLID CUT TF 5000 distinguishes itself through the integration of optimizing software that automatically adjusts cutting patterns to maximize material yield from irregular or defect-prone input stock. This technological approach positions it above basic cross-cut saws while remaining more cost-effective than full-scale optimization centers for shops focused primarily on length optimization and defect removal rather than multi-axis grading.
Technical Specifications
Processing
| Maximum Feed Speed | 550 m/min |
| Cut Time | 0.068 seconds |
Drive
| Maximum Acceleration | 50 m/s² |
Applications
window door production
industrial workshopPrecision cross-cutting of window and door frame stock, including rails, stiles, and muntins in high-throughput manufacturing. The machine's ability to maintain positional accuracy at full feed speed ensures consistent frame geometry across production batches, while automatic defect detection and removal algorithms optimize yield from expensive hardwood and engineered frame stock.
stair component cutting
medium workshopProduction of stair treads, risers, stringers, and balusters with precise length control and defect compensation. The SOLID CUT TF 5000's ability to accommodate variable cut lengths and automatically optimize around material defects is critical for custom and semi-custom stair manufacturing where each job may require different component specifications.
industrial batch production
industrial workshopMixed-product batch cutting operations where multiple job orders with different length specifications run sequentially on a single shift. The machine's rapid re-acceleration (50 m/s²) and CNC positioning enable quick changeovers between jobs while maintaining tight tolerances, reducing setup time and enabling economical short-run production alongside larger batch orders.
furniture component production
industrial workshopHigh-volume cutting of furniture frame rails, legs, and structural components to precise fixed lengths. The 550 m/min feed speed and 0.068-second cut cycle enable production of thousands of identical parts daily while the optimizing algorithm removes defects and knots from stock, maximizing usable component yield. Typical applications include chair legs, table aprons, cabinet stiles, and panel frames.
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