Construction Wood Finger Joint Machine

Yongqiang Futai's Automatic Finger Joint Shaper represents the highest level of wood processing technology today. The equipment adopts advanced servo control system and precision mechanical design, which can achieve high-speed and high-precision comb tooth processing of various woods, ensuring perfect matching of each tooth interface. Easy to operate and maintain, it is an ideal choice for modern timber enterprises to enhance their competitiveness.

The Full Automatic Wood Finger Jointer Machine manufactured by Yongqiang Futai Factory is a CNC-integrated solid wood comb-teeth jointing equipment independently developed by the brand. It integrates automatic feeding, dual-end fine comb teeth, quantitative gluing, high-pressure connection, shaping discharge, waste material sorting, etc., and is specifically designed to solve the core problems in the wood processing industry such as short material waste, low efficiency of manual wood joining, large gap in combing teeth, easy cracking of bonding, inconsistent quality of batch production, and high labor costs.

The Futai’s China Short Timber Finger Jointing Lines is a fully automatic core equipment specially designed for the solid wood processing, furniture manufacturing, and construction wood structure industries. It focuses on the efficient recycling and value-added utilization of short wood, scraps, and waste wood. Through precision finger joint technology, short wood is seamlessly extended, producing integrated wood with strength and stability superior to native solid wood, achieving the long-term use of short wood and the optimal use of inferior wood. It is a key equipment for wood processing enterprises to reduce costs, increase efficiency, and practice green production.

The Manual Finger Joint press is a specialized manual equipment designed by the supplier of Yongqiang Futai for small woodworking workshops, renovation of used wood blocks, and processing of short wood materials. It is mainly characterized by pure mechanical manual operation, low-pressure bonding, and low-cost production. It precisely completes the connection of comb-shaped wood materials, pressure bonding, and shape setting, completely solving the core pain points of small wood processing households such as insufficient budget, high cost of fully automatic equipment, unstable manual assembly, limited space, and high operational barriers.

Yongqiang Futai has been deeply involved in the research and manufacturing of Fully Automatic Finger Jointing Lines for many years, focusing on technological innovation and process upgrades throughout the entire chain of fully automatic gear connection production lines, it is one of the few source factories in the world with independent research and development, precision manufacturing, global delivery, and localized after-sales capabilities. We have launched a new generation of fully automatic tooth joint production line for industries such as global wood processing, building integrated materials, solid wood furniture, and wooden structural building materials.

Yongqiang Futai is the manufacturer of Automatic Stacking And Collecting System Lines. This Fully Automatic Infinitely Long Finger Jointing Production Lines(Automatic Stacking And Collecting System) is a high-end intelligent equipment designed for efficient splicing of solid wood short materials, unlimited long continuous production and automatic collection of finished products. It is specifically tailored for furniture manufacturing, construction wood forms, and integrated material processing industries. As the core product of Yongqiang Futai's deep engagement in wood processing automation, this production line integrates precise mechanical transmission, intelligent numerical control control and modular design, achieving fully automated operations from short material loading, comb teeth splitting and gluing, unlimited long pressing and cutting to automatic stacking and finished product collection. It completely resolves the pain points of low efficiency in traditional tooth joint technology, high labor costs, unstable splicing accuracy and cumbersome finished product collection.