In the field of wood processing, laser technology is leading the way in innovation with its unique advantages and potential. With the help of high-efficient laser cooling technology, advanced laser processing technology not only improves processing efficiency but also increases the added value of wood, offering it greater possibilities. Let's delve into the applications of laser technology in wood processing:
Laser Cutting: Precision like an "Invisible Blade"
Laser cutting is a crucial application of laser technology in wood processing. By directing a high-energy laser beam onto the surface of wood, it instantly generates high temperatures, causing precise cutting. Compared to traditional mechanical cutting, laser cutting boasts higher precision and faster speed. Moreover, laser cutting is contactless, minimizing processing deformation, avoiding cracks in the wood, and reducing material waste. Additionally, laser processing is fast, precise, and leaves a smooth finish, often eliminating the need for further post-processing.
Laser Engraving: Artful Engravings without a Trace
Laser engraving involves using a high-power laser beam to induce physical and chemical changes on the wood surface, creating engravings of patterns and text. Unlike traditional mechanical engraving methods, laser engraving does not require the use of cutting tools, thereby avoiding physical damage to the wood. This engraving method achieves high-precision patterns and text, enhancing the added value of the products.
Laser Heat Treatment: The "Beauty Secret" for Wood
Laser surface heat treatment is one of the wood modification methods, using laser heat radiation to alter the wood surface color, improve surface wetting properties, and enhance the performance of surface coating materials, as well as increase resistance to decay and mold. This treatment method is efficient, environmentally friendly, and energy-saving, opening up new possibilities for wood processing.
Laser Marking: The 'Printing Art' of Permanent Identification
Laser marking utilizes a laser beam to create permanent markings on the surface of wood. By adjusting the power and speed of the laser beam, various markings such as text, patterns, and barcodes can be formed on the wood surface. Laser marking is characterized by clear and durable markings, aiding in product tracking and identification.
Laser Chiller: "Cool" Support for a More Stable Processing Process
Due to the significant heat generated during laser processing and the susceptibility of wood to temperature changes, overheating can lead to wood deformation or inconsistent quality. Therefore, the use of a laser chiller is necessary for laser processing cooling and temperature control, ensuring the stability and precision of the wood processing process. TEYU laser chiller possesses high-precision temperature control capabilities, enabling it to provide precise and stable temperature control for extended periods, ensuring the efficiency and accuracy of laser processing.
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