How It's Made: From Forest to Finished Product

Discover the journey of wood from sustainable forests to high-quality wooden products.

How is made

In this video, you will discover how we process our timber, from tree harvesting to producing logs, decking, and more.

Scandinavian Timber: Strength, Durability, and Sustainability

Scandinavian timber is widely regarded as one of the finest in the world, thanks to the unique growing conditions of the region. The cold climate of Scandinavia causes trees to grow at a much slower rate than in warmer regions. This slow growth results in tighter growth rings, making the wood denser, stronger, and more durable compared to timber from faster-growing areas.

Sustainable Timber Only

At WoodLords, we are committed to sourcing only the highest quality timber from Scandinavian and Baltic countries, regions renowned for their rigorous and responsible forestry practices. Sustainability is at the heart of our business, ensuring that every piece of wood we use comes from well-managed forests where environmental preservation is a priority.

Sustainable forestry practices in these countries follow strict regulations, ensuring responsible harvesting, replanting, and biodiversity protection. This approach not only preserves forests for future generations but also reduces carbon emissions and supports the global fight against deforestation and climate change.

Sourcing Timber and Wood from Sustainable Forests Only from Scandinavian and Baltic Countries

Forest Harvesting: Overview

Forest harvesting is the process of cutting down trees and preparing them for transport to sawmills or processing facilities. It involves careful planning, tree felling, and transportation.

Key Steps in Forest Harvesting

Planning – Assess natural conditions, production objectives, and available machinery.
Felling – Cut down trees in a controlled manner.
Delimbing – Remove branches from the felled trees.
Debarking – Strip the bark from the logs.
Bucking – Cut the logs into manageable sections for transport.
Hauling – Move the logs or sections to a processing site.
Piling – Stack the felled trees in preparation for loading onto transport vehicles.

Types of Forest Harvesting

Thinning – Selectively removing smaller or weaker trees to promote healthy forest growth.
Clearfelling – Harvesting all trees in a designated area.
Shortwood – Processing trees at the felling site before transporting cut logs to a storage yard or factory.
Longwood – Topping and delimbing trees at the felling site, then transporting long logs to a factory.
Whole-tree – Extracting entire trees for further processing into marketable products.

Forest harvesting is a highly skilled operation that requires trained professionals to ensure safety and efficiency.

Logs Transport

Logs are transported from the forest to the factory using crane-equipped vehicles, a method that ensures both efficiency and safety when handling large and heavy timber. Once the logs have been felled, a crane mounted on a truck or trailer lifts them from the forest floor. The crane’s powerful arm picks up the logs and places them onto the transport vehicle, securing them for the journey.

These vehicles are designed to navigate rough terrain, allowing the crane to manoeuvre the logs over challenging forest paths. Once loaded, the crane-equipped vehicles transport the logs to the factory or processing facility, where they are further processed into marketable products.

This transportation method is essential for ensuring that the logs reach their destination quickly and safely, minimising the risk of damage during transit.

Truck transporting scandinavian logs from forest to factory

Logs Sorting

At the factory, logs are sorted by species, diameter, and quality to ensure they are used in the most suitable manufacturing processes.

Species determine the intended use, with softwoods like pine being used for construction and hardwoods like oak for furniture.

Logs are then categorised by diameter, with larger logs used for structural products and smaller ones for items like furniture or pallets.

The quality of the wood also plays a role, with defect-free logs directed to premium products. This sorting maximises efficiency, reduces waste, and ensures optimal use of each log.

Logs are transformed in to timber

Logs are transformed into timber through a series of processes that begin with splitting the logs into manageable sizes. Once the logs arrive at the sawmill, they are first debarked to remove any rough exterior. The logs are then sawn into planks or beams using large, industrial saws. These planks are further cut to the desired thickness and length, depending on their intended use.

The timber is often dried, either naturally or in kilns, to reduce moisture content and prevent warping. Once dried, the timber is planed to smooth the surfaces, making it suitable for construction, furniture-making, or other uses. This process of transforming logs into timber ensures the material is durable, uniform, and ready for further manufacturing.

Kiln Drying the timber

Timber is kiln dried to reduce its moisture content to an optimal level, which helps prevent issues such as warping, shrinking, or expanding as it adapts to the environment. The kiln drying process involves exposing the timber to controlled heat and airflow, which accelerates the natural drying process that would otherwise take months. By reducing moisture content, kiln drying also prevents the growth of mould or decay, ensuring the wood remains durable and stable.

Additionally, kiln drying enhances the timber’s strength, making it more reliable for use in construction, furniture-making, and other applications. This process not only improves the quality of the timber but also ensures it is ready for further processing, such as planing, finishing, and treatment, with minimal risk of damage over time.

Plained Timber

Planed timber refers to wood that has been smoothed and finished through a process called planing, which removes rough surfaces and ensures uniform thickness. After the timber has been sawn to the desired size, it is passed through a planer machine that shaves off small amounts of material from the wood's surface. This results in a smooth, even finish, making the timber ready for use in construction, furniture-making, or other applications where a refined appearance is required.

Planed timber is often preferred for its aesthetic appeal and ease of handling, as it eliminates rough edges and provides a professional, polished look. It is also more durable, as the process can help eliminate imperfections that might lead to weaknesses in the wood. This makes planed timber ideal for both functional and decorative uses, such as flooring, joinery, and cabinetry.