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Acrylic materials are widely used in many fields such as advertising, construction, home furnishing, and industry due to their affordable price, high light transmittance and easy processing. For transparent acrylic, CO₂ laser controller are typically the first choice in laser processing. They produce smooth engraving edges and an even frosted effect. In addition to CO₂ laser controller, UV laser controller can also be used when higher precision is required, though the equipment cost is significantly higher.

In the textile manufacturing sector, digital printing technology, with its high resolution, flexible design, and rapid response, has become a vital tool for the fashion industry and functional textile development. However, the limitations of traditional post-cutting processes—including insufficient precision, low efficiency, and poor adaptability to complex patterns—have long hindered the quality improvement and value creation of digitally printed products.

ZJ012S-D-2000N dynamic galvanometer vision laser controller developed by Zhiyuan (Shenyan) CNC. This laser controller has become a benchmark solution for laser cutting of non-metallic materials due to its efficient processing speed and extremely high processing precision.

As health and fitness become a greater focus, the demand for high-performance sportswear is rising. You may have noticed that garments advertised as breathable and sweat-wicking often feature neat rows of tiny holes. These aren't just for looks.

In the advertising logo, car interior, shoes and bags industries, have you ever encountered these problems: the edges of the laser cutting fabric/foam are burnt; the traditional cutting mold cannot handle complex graphics, and the cost of small batch production is high; the material is afraid of heat and pollution, and there is no suitable cutting solution. Vibration knife cutting technology may be the answer you are looking for!

Traditional die-cutting processes are often limited by mold accuracy and material deformation, and it is difficult to meet the increasingly sophisticated market demand. The introduction of laser cutting technology, especially the laser cutting control system combined with high-precision visual positioning, is changing this situation.