Finger Jointers
Reduce your wood waste with our finger jointing lines
Finger-jointing is a woodworking process that joins shorter pieces of wood end-to-end to create longer, more stable, and higher-quality lumber.
FC-10 Double Tenoner Finger Jointing Line
Wood finger jointing line FC-10 TWIN by GOMA is a more extensive model of the first, FC-10, version. The line has the same processing parameters as its predecessor, however, thanks to the use of 2 tenoning machines, has much-increased efficiency.
Read moreFC-10 Finger Jointing Line
Efficient finger jointing line GOMA FC-10 starts from a rotary loading table, a powerful 18kW tenoner – model 10KZ6, and press PZ6/2. The line was built to handle boards with a width of 20-70mm and a height of 30-160mm.
Read moreAFC-10 Finger Jointing Line
GOMA AFC-10 MLKT tenoning machine is designed for processing wood and wood-based materials. It is used for making tenons, forks, finger joints and other shapes at the ends of friezes, strips, planks, etc. Tenoners work on a wide package and are particularly suitable for making finger joints. The shortest pieces must be at least 200 mm long.
Read moreThis technique is particularly profitable in the engineered wood industry for several reasons:
- Material Efficiency: Finger-jointing allows manufacturers to utilize offcuts and smaller wood pieces that would otherwise be considered waste, thereby maximizing the use of raw materials and reducing costs.
- Enhanced Strength and Stability: The interlocking design of finger joints creates strong bonds that are often more resilient than natural wood, leading to a superior product that can command higher market prices.
- Customization and Versatility: This method enables the production of custom lengths and dimensions, catering to specific project requirements and enhancing product appeal to a broader range of clients.
- Sustainability: By making use of smaller pieces of wood, finger-jointing promotes sustainable practices, appealing to environmentally conscious consumers and potentially allowing companies to charge a premium for eco-friendly products.
Overall, finger-jointing in engineered wood results in cost savings, improved product quality, and increased revenue opportunities, making it a highly profitable process for manufacturers.