China Ethercat Laser Controller Manufacturer, Supplier, Factory

​In today's manufacturing world, laser marking systems have become indispensable for creating permanent, high-precision markings on everything from surgical tools to aerospace components. Unlike traditional engraving methods, these systems use concentrated laser beams to alter material surfaces without physical contact, delivering unmatched accuracy and consistency.

In general, fabrics cut with a laser don’t fray. The heat from the laser melts or fuses the fibers along the cut edge, creating a sealed finish that greatly reduces—or even eliminates—fraying, especially in synthetic materials like polyester, nylon, and acrylic. However, while laser cutting works best at preventing fraying in synthetics, it doesn’t always completely stop fraying in natural fibers.

EtherCAT laser controller cutting is a laser cutting control solution based on the EtherCAT real-time industrial EtherCAT. Compared with traditional laser cutting control systems, the EtherCAT laser cutting system has lower laser response delay, and commands such as power adjustment and speed change take effect faster and more accurately.

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!

Because glass has high hardness, high brittleness, and high light transmittance, it is difficult to process with conventional mechanical tools, which often leads to edge chipping. These characteristics make it necessary for laser engraving to be precisely controlled. The role of the laser controller here is mainly to drive the laser for stable output, while simultaneously coordinating the motion system (X, Y, Z axes) and laser power in real time.

Self-adhesive laser die cutting is a digital processing technology that uses a laser beam instead of traditional metal dies to perform high-precision cutting, kiss-cutting, perforating or engraving on self-adhesive materials. When cutting on the surface layer of the self-adhesive material, it relies on a powerful laser controller to precisely control the equipment to cut through only the surface material and adhesive layer without cutting through the release liner. A laser controller with such functions is not only required for self-adhesive die cutting, but also for label printing, electronic die cutting, protective film processing and other fields, which all require the laser controller to have such strong functions.