Finger Jointing

The vertical continuous finger jointer creates precise and tight joints, significantly enhancing the wood’s structural integrity. This method ensures stronger and more resilient connections, ideal for structural applications where durability is crucial.

Finger jointing efficiently uses wood by connecting shorter pieces to form longer lengths. This process significantly reduces waste, optimises the use of available materials, and helps conserve resources.

Finger jointing is cost-effective because it maximises material usage and reduces waste. It allows the use of off-cuts and smaller pieces of timber that would otherwise be discarded, lowering material costs.

Finger-jointed wood can be used in various applications, from building materials to furniture. The strength and durability provided by the continuous vertical finger jointing process make it suitable for both structural uses and aesthetic applications where longer wood pieces are required.

Finger jointing helps distribute natural variations and imperfections in the wood, such as knots and grain patterns, across the joined pieces. This contributes to a final product less prone to warping, twisting, or bending, maintaining its form better over time. 

Using a vertical continuous finger jointer aligns with eco-friendly practices. Enhancing material efficiency and utilising PUR glue in a formaldehyde-free facility makes finger jointing a sustainable production process that minimises harmful emissions and waste.