China Laser Control Card Manufacturer, Supplier, Factory

​A Galvanometer Dual Flight Vision Laser Control System is an advanced laser marking and engraving setup that integrates high-speed galvanometer scanning, dynamic flight marking, and machine vision technology. This powerful trio allows for real-time tracking, alignment, and marking on moving or variably positioned parts—making it a cutting-edge solution for modern automated production lines.

PET, as a performance-balanced industrial-grade plastic, possesses many significant advantages. Its high transparency and compliance with food-contact safety requirements make it one of the most popular materials in the packaging industry; in addition, due to its good electrical insulation properties and ease of cleaning, PET is also widely used in the electronics and medical industries. In PET processing, laser processing, with its flexibility, high efficiency, and high precision, has become a very well-established production and processing system for PET.

Laser cutting control is used to control the laser’s motion trajectory, power, speed, etc., and is the key for laser equipment to perform precise cutting according to the design pattern. The laser cutting system is mainly composed of control software, a control card, and supporting execution components.

Laser cutting of fabric, due to its significant advantages in precision, efficiency, and consistency of processing quality, is used in many industries and is clearly superior to traditional die cutting or manual cutting. Traditional manual cutting relies excessively on craftsmen’s skills; manual cutting inevitably produces certain errors and makes it difficult to ensure the consistency of finished products. Die-cutting methods are prone to generating mechanical stress, causing stretching and deformation of materials, and once a die is manufactured and its pattern is formed, it is difficult to modify; even if modification is possible, it will result in higher costs.

Laser marking, as a non-contact processing, does not generate mechanical stress, and it does not have problems like wear and falling off found in other traditional processing methods such as spray painting and stickers, so it is widely applied in various industries.

Laser film cutting has higher processing requirements and usually needs to be equipped with a dedicated laser controller. The laser controller plays an important role in laser film cutting. It is responsible for synchronizing laser power, motion, and cutting strategy in the cutting process. A good laser controller can directly affect the precision, quality, and efficiency of film laser cutting.