Industrial wooden equipment must be durable, safe, and functional. The design and materials used in their production should align with the specific industry where they are to be utilized. The quality of wood is essential because low-quality wood can lead to cracks, rot, and other forms of damage over time. The durability of these pieces is critical for worker safety and productivity. Ergonomics and functionality are central in their design, ensuring the equipment is easy to use and maintain. Regular upkeep is also vital for extending the lifespan of the equipment.

The production of wooden equipment starts with selecting and preparing the wood material. The wood is then cut and shaped before being assembled using various connection methods, such as glue, screws, nails, and dowels. During the production process, design, functionality, and ergonomics are key considerations. In the final stage, products are polished, painted, or varnished to ensure a refined finish. The use of wood in manufacturing is an environmentally friendly process, as it often involves sustainable practices and aims to reduce waste.

Wooden equipment is generally not heat-resistant. As a natural material, wood is sensitive to factors like heat and moisture. Exposure to heat can cause the wood to expand, while moisture can lead to contraction. In extreme cases, prolonged exposure to high temperatures can cause the wood to burn. However, some specialized wood types and treatments have made it possible to increase the heat resistance of wooden equipment. Techniques like heating under pressure and applying special coatings can help make wood more heat-resistant, though these treatments are not standard for all wooden equipment.

Wooden equipment is used across various industries and includes a wide range of products. Common types include furniture, kitchen tools, toys, and craft materials. In the construction sector, wooden equipment may include formwork, flooring, stairs, roofs, and panels. In the industrial sector, wooden pallets, crates, and packaging materials are frequently used. Wood is a versatile material, and its customizable nature allows designers and craftsmen to create unique items for a variety of applications.

The use of wooden equipment in industrial ovens is risky due to the high temperatures involved. Wood can easily be damaged by the extreme heat of ovens. Therefore, metal materials like steel or aluminum are often preferred for tasks such as product transport within ovens. However, in specific cases, specially treated heat-resistant wooden platforms or molds can be used inside ovens. These platforms must undergo a special process to ensure they can withstand high temperatures without degrading.