Horizontal Optimized Cross-Cutting Saw

Exhibit Highlight: Solid Wood Furniture Solutions

The lift‑and‑lower saw is driven by a servo motor, delivering high efficiency and excellent stability—up to four times the productivity of a manual crosscut saw. Equipped with high‑precision sensors and world‑class pneumatic components, it ensures pinpoint accuracy in every cut, helping to minimize material waste. Its advanced control system uses high‑speed calculations to optimize cutting according to job specifications, thereby enhancing wood grade and boosting yield. With low maintenance requirements, the machine features top‑tier electrical and pneumatic components, resulting in a very low failure rate and virtually no need for routine upkeep.

Material-feeding cross-cutting optimal saw

Exhibit Highlight: Solid Wood Furniture Solutions

It is designed for high-precision, fixed-length, large‑batch cross‑cutting of solid wood, delivering exceptional cutting accuracy, rapid processing speeds, and substantial daily throughput. All electronic components are sourced from international brands: the control system and associated parts are procured from the French brand Schneider, the servo motors are manufactured by Taiwan's Delta, and the pneumatic cylinders are supplied by Japan's SMC. These premium components ensure the equipment operates efficiently and reliably.

Rubberwood AI Intelligent Value-Sorting and Cutting Machine

Global debut

Exhibit Highlight: Solid Wood Furniture Solutions

A new generation of wood-processing equipment that integrates machine vision, artificial intelligence algorithms, and automated control technologies, specifically designed for defect detection, intelligent sawing, and grading/sorting of high-value timber such as rubberwood. Its core objective is to maximize lumber utilization and product value by precisely optimizing cutting plans. Based on defect‑location data and customer‑specified requirements—such as dimensions for furniture components—the system dynamically generates optimal sawing paths, preserving the maximum amount of usable material while minimizing waste.