We offer a next-generation wood stabilisation service that fundamentally surpasses conventional methods. Unlike standard processes that simply fill the woods pores, our proprietary approach begins with the Xylemic Cavitational Delipidation (XCD) pre-treatment. This process removes the natural oils and waxes that create a weak boundary layer, preparing a pristine, molecularly receptive wood substrate.

We then infuse it with advanced custom resins under a rigorous vacuum and high-pressure cycles, ensuring complete penetration from the macroscopic lumina down to the hygroscopic cell wall. The result is not just "stabilised" wood, but a true, homogeneous composite material where the wood and polymer form a continuous interpenetrating network.

This eliminates internal failure planes, granting your projects unparalleled dimensional stability, moisture resistance, and mechanical integrity that machines and finishes with exceptional clarity, setting a new standard for performance and longevity.

Our precision milling service is the first step in transforming raw timber into engineered composite masterpieces. We process each blank with the entire stabilisation process in mind. By analysing the grain orientation, internal stress, and figure, we mill your material to optimise structural integrity and aesthetic yield, ensuring maximum stability and visual impact. This minimises latent stress that could cause post stabilisation movement and creates the ideal geometric form for the subsequent stabilising process and resin infusion.

The result is a perfectly prepared piece of wood, milled to your exact specifications, that is primed to achieve the highest possible level of dimensional transformation and performance when stabilised

Our drying processes move far beyond basic kiln drying, utilising a controlled vacuum-thermal process to aggressively target both free and bound water molecules deep within the wood's cell walls. This method gently forces the removal of moisture at temperatures below the degradation point of delicate hemicelluloses, preventing damage while achieving a true 0% moisture content.

The dried blank is then immediately sealed under an inert atmosphere to prevent any hygroscopic reabsorption, locking in this pristine state. This complete desiccation is essential as it eliminates the risk of steam-induced voids during cure and creates the essential empty capillary network required for the perfect penetration of solvents in our XCD process and the final resin matrix, ensuring the resulting composite possesses ultimate dimensional stability.