Wooden Panel Splicing Machine Loading and Unloading Steps and Precautions
I. Loading and Unloading Steps for Wooden Panel Splicing Machine:
Loading and unloading of the Panel Splicing Machine must be carried out by professional personnel. Throughout this process, ensuring the stability of the machine is crucial, and safety measures must be implemented to prevent damage to the machine or accidents to the handlers.
Immediately remove all loading and unloading tools and temporary safety devices after completion.
II. Relevant Precautions for the Panel Splicing Machine:
Due to the machine's elongated length, it must be disassembled during transportation and reassembled on-site.
The unloading method depends on the user's circumstances. The machine is heavy and has a slender structure, with one end being significantly heavier. Hence, the capacity of the tools used during unloading should be carefully considered. When using a crane to unload from a truck, attention should be paid to the position of the lifting slings. Vertical sawing might cause severe deformation and tipping, potentially damaging the machine. Other methods should also address these concerns to avoid harm to the machine and jeopardizing safety. Wood passes through drying and aging processes in the Panel Splicing Machine, strictly controlling the moisture content. For wood used in producing solid wood panels or laminated wood, drying benchmarks must be strictly controlled to ensure uniform moisture content across the wood stack. This is a critical factor in preventing warping and cracking in solid wood panels or laminated wood.
III. Aging of Wood after Drying: Drying of wood for solid wood panels or laminated wood must rigorously control its final moisture content while ensuring minimal deviation in moisture content across the entire kiln, meaning strict control of drying benchmarks. The phase of moisture content equilibrium occurs after wood drying. Once wood is dried from the kiln, it must be aged in a dry shed. The primary aim of aging is to further balance the moisture content within the wood. During wood drying, moisture content differs between the upper and lower parts, interior and exterior, and between internal and external sections of each wood piece. Proper aging duration helps to homogenize the moisture content. Secondly, aging releases pressure from the wood. Changes in moisture during wood drying cause dimensional alterations and internal stress in wood. Allowing wood to rest for a certain duration effectively reduces internal stress. When dried wood is used for producing solid wood products, especially furniture, the aging period should not be less than one month.
