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  01. Composite materials: The vibration knife replaces the handmade version of the production process, cutting and other traditional processes, which is more accurate. 02. Textile clothing: The vibration knife cutting machine is targeted at brand clothing. Customized clothing cutting comprehensive decision plan. 03. Home Textiles: The vibration knife cutting machine provides a personalized integration solution based on the domestic textile industry, which can improve the efficiency of the national industry's use and processing during cutting, and effectively improve the quality of the company. The product reaches high efficiency, high quality, low consumables. 04. Lower sewer material: The cutting machine cutting knife is mainly used for sealing, consisting of non -metallic materials, and rented by the industry after excellent technical standards and sales services. Plastic, ceramics, graphite, rubber targets, gel gel and other materials in felt. The sealing product is made. Speci...

Laser plastic marking machine The principle of laser plastic marking machine: laser beams penetrate the transmitted material from the upper indicator, reach the surface of the lower layer of the material, convert the light laser energy into thermal energy and melt the surface. The contact surface of the connected excellent transparent part melts to obtain a laser hot tender. This has been greatly verified thanks to various quality management methods during the marking machine. Narrow welding is cooled, but it matches the resistance of the material itself. One of the conditions required for the success of the laser plastic's labeling is that these two components are plastic of laser light transmittance and laser absorption materials. This constitutes a variety of possibilities. The laser marking machine does not need to contact the marking product to complete the entire marking process. Existing marking equipment mainly works on the surface of the product using the machine tool surf...

  How does this laser equipment work? How do they work?How does this laser equipment work? How do they work? Plastic is an ideal material for many devices and components. It is easy to mold and easy to clean, the material itself is light and only high pressure sterilization is required. In combination with two parts of injection molded plastics, it can be supplemented with chemistry, heat or mechanical technology, depending on the various needs of subsequent applications and the visual aesthetics of the product. But in difficult or sensitive conditions, the connection of plastic parts is a big challenge. Due to various factors, the characteristics of the surrounding materials can be changed. If the connection quality of the plastic parts is very high, the connection should be very hard and clean. Without dust and chemicals, the technical advantage of the laser plastic label machine is very prominent. Laser marking machine technology has the advantages of high reliability, fast spee...

Labels made of laser marking machines can adapt to various environments. The brand does not change due to environmental changes. The marking effect is excellent and permanent. It is not easy to change colors over time. Due to time and wear every day, laser marking machines are difficult to copy or modify them. The semi -reward capacity is very powerful, which is the first choice for many companies to print anti -compensation signs. More and more laser technologies have been applied in the biological and medical engineering fields, and are used directly in the manufacture of medical devices and implants as well as the treatment and diagnostic procedures of the human body. Of course, high reliability and powerful laser systems can be applied in relation to the plastic components of medical devices.

  The design and functional requirements of non -metallic material laser cutting dust treatment purifier: 1. In the case of treating non -metallic materials to restore dust, the dust purification equipment has effective filtration functions and strong oily and anti -positive. 2. In order to handle odor dust, laser eliminate dust equipment must have carbon adsorption function, which is activated to effectively handle odor dust. 3. Because dust can change complex changes through factors such as other materials, density, temperature, and spatial characteristics. Therefore, it is necessary to retain the elimination of dust equipment to design the preliminary process of external accessories.

  Analyze the laser cutting dust analysis of non -metallic materials: 1. The dust produced by laser cutting of non -metallic materials is a physical change. You can use professional laser elimination equipment to eliminate dust during processing. More than 90 % of dust filtration and purification; 2. The smell, viscosity and characteristics of non -metallic materials are difficult to classify, because it is a high temperature and melting existing treatment method, because glass and viscosity materials may prevent the filter. Smell is active carbon. Adsorbing tablets to achieve the role of tablets; 3. If laser cutting dust from non -metallic substances is also a physical and chemical mixture, that is, dust contains odor and color. You need to purify the device to purify the refining ability of dust and smell. This work must be completed in advance. It is estimated that the dust preparations are prepared for the correct purification device.

  Due to various advantages, such as high efficiency and flexibility, high production capacity and rapid cutting speed, laser cutting and treatment have been widely used in modern industries. In particular, the laser cutting of non -metallic materials occupies an important place for major accommodation in traditional manufacturing. As we all know, the principle of laser cutting is to use a laser beam with high power density to identify the cutting material to immediately heat the cutting point of heating material at the evaporation temperature, and then evaporate the treatment interval. The processed parts and the surface materials processed in this process have gone through very complex physical and chemical changes. More specifically, physical changes are dust and evaporation of granules and free forms. Chemical changes can produce odor, viscosity, intelligence and other materials. This should depend on the specific treatment equipment itself.