China ZY72B8E Ethercat Laser Control System for Double Beam Manufacturer, Supplier, Factory

The method of using a high-energy laser beam to process textile fabrics is called textile fabric laser processing. In daily life, embroidered fabrics and garment cutting are inseparable from fabric laser cutting; some breathable sportswear and fine hollow patterns benefit from laser punching for textiles; the complex patterns and fade-resistant brand markings on certain high-end garment fabrics rely on the precise processing of textile laser marking and laser engraving. Due to a series of characteristics such as non-contact processing, digitalization, high precision, and high efficiency, textile laser processing systems have already become a very widely used and mature processing method in industries such as apparel, home textiles, and decoration.

The ZJS716-130 Galvo Dual-Flight Glass Frosting System, developed by Shenzhen  Zhiyuan(Shenyan) CNC, is widely applied in architectural decoration, high-end glass artwork processing, and other related industries.

With the development of intelligent manufacturing, non-metal material processing is moving toward high precision, high efficiency, and intelligent automation. Traditional laser cutting equipment faces challenges when processing complex patterns, flexible materials, and large-format materials, including positioning errors, low manual adjustment efficiency, and limited material utilization.

Glass sandblasting is a process for frosting (atomizing) the glass surface. The processing methods are generally divided into traditional physical methods or laser methods. Traditional sandblasting processes rely on high-pressure gas to spray abrasive particles onto the glass surface, forming a uniform frosted effect. Due to continuous innovation in laser technology, in some processing fields, laser sandblasting has gradually become a more precise and more flexible alternative solution. In laser sandblasting, the laser control system plays a core role. Processing efficiency, processing precision, and the final product performance are all closely related to the laser control system.

Against the background of the continuous development of laser processing technology, the performance of laser equipment is no longer determined solely by the laser source itself, but has gradually evolved into a comprehensive engineering system centered on system-level coordination. Among these, the laser control system serves as the core hub of the entire laser processing process and plays an irreplaceable role in applications such as stainless steel laser engraving, laser marking, and precision laser processing. Whether it is the stability of processing results or production efficiency and consistency, the laser control system directly affects the final outcome.

In the field of laser cutting, the choice of control system directly affects the accuracy, stability and production efficiency of the equipment. As traditional pulse control gradually reveals its defects, EtherCAT control has become the first choice for high-end manufacturing. Today we will analyze the EtherCAT control system developed by Zhiyuan(Shenyan) from four dimensions, reveal why EtherCAT control is used instead of pulse control, and compare the differences between the two in detail!