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What is the difference between computerized eager, super-cut and laser laser?

The application of computer weaving is very extensive, popularizing all kinds of clothing, shoes and hats, home textiles, toys, handbags, bags, necksticks, watermarks, size labels, decorative labels, etc. Flexible processing, hot cutting, ultrasonic and laser laser for various widths (1-20CM), after adding seams, refined various badges, badges, armbands, epaulets, etc., in terms of technology has reached the level of synchronization in Europe and America. The weaving wovens are divided according to the side processing methods: weaving woven woven woven fabrics and edging woven enamels (cutting woven woven plaques are divided into hot woven woven woven fabrics and super woven woven woven woven woven fabrics), which are woven on special high-speed machines, like weaving woven fabrics. The same whole piece is woven, and then cut into strips according to the width of the mark.
The eager woven quilting is to use the heat-melting characteristics of polyester. Using a very hot cutting knives, the whole semi-finished product is cut into each of the collars. Because of the high heat, the yarns will stick to each other when cutting. If it is not in the production process, due to machine failure or unintentional operation, it is easy to burn the collar to the undulating hard edge. It is easy to scratch the skin when worn, causing discomfort and trimming. Weaving is generally not suitable for children's wear.
Ultra-cut woven enamel is a machine that uses an ultrasonic transducer to act on the shearing part of the product and then presses the tool to the shearing part of the product to make it close to the ultrasonic die. The ultrasonic energy is transmitted to the shearing zone by the ultrasonic die, and a local high temperature is generated because the shearing zone, that is, the product has a large interval of sound resistance between the cutter and the ultrasonic die. Moreover, due to the poor thermal conductivity of the product, it can not be dissipated in time and gather in the shearing zone, so that the pressed surface of the product melts rapidly and splits into two. When the ultrasonic wave stops, the section rapidly cools to form a molten solution, and the incision is beautiful.
Laser cutting uses the laser beam emitted from the laser generator to be focused into a high power density laser beam irradiation condition. The laser heat is absorbed by the workpiece material. The workpiece temperature rises sharply. After reaching the boiling point, the material begins to vaporize and form a hole. • Airflow with high pressure? As the beam moves relative to the workpiece, the material eventually forms a slit. The process parameters (cutting speed, laser power, gas pressure, etc.) and the trajectory of the slit are controlled by the numerical control system. The slag at the kerf is blown off by the auxiliary gas of a certain pressure.
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