How exactly should large wooden cases be measured?

Large wooden crates are one of the containers used for transportation. So, how do we grasp the dimensions of large machinery? To measure the dimensions of large machinery and customize large wooden crates, first, you need to measure the maximum length, width and height of the product. Then, inform the wooden crate manufacturer of the measured product dimensions to determine the size of the wooden crate. The manufacturer will increase the size based on the product dimensions to make it.
The large wooden crates for export are aesthetically pleasing, sturdy and durable, and can be used for domestic exports. Additionally, their dimensions can be developed and designed according to the requirements of merchants. After use, a small portion of the wooden packaging boxes can be recycled, which is beneficial to the environmental protection of resources. The large wooden crates for export are suitable for the packaging and transportation of large machinery, electromechanical products, heavy equipment and R&D production lines.
The inner diameter dimension of the custom-made large wooden box is the internal space dimension of the packaging box after it is packed; the outer diameter dimension is the external contour dimension of the packaging box after it is packed, which can be expressed by the actual manufacturing dimension plus the thickness of the packaging board used. The manufacturing size is the size used in the manufacturing process of large wooden crates. It can be the sum of the inner diameter size and the thickness of the packaging board used. Large wooden crates are formed by bonding and nailing joints. The size of the joint ruler is generally determined by the number of corrugation layers and the technological level of the factory. To prevent the printed surface of the main box surface (LH surface) from being damaged, the joint should generally be connected to the LH surface.
The moisture content of the main load-bearing components of large wooden crates shall not exceed 25%, and the moisture content of the wood in parts such as the box panels and box frames shall not exceed 20%. The material requirements stipulate that within 1000mm, the number of dead and live knots in the main load-bearing components and box panels shall not exceed five. Defects such as decay, through cracks, skin inclusion, wormholes, deformation, and blunt edges are not allowed. In terms of craftsmanship, the joints of the box panels should be tight, the combination of the box panels should be flat without misalignment, and the arrangement of nails should be reasonable. There should be no less than two reinforcing tapes, with clear printing and legible handwriting.