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Application of Smart Laser Scanner in Automotive Sheet Metal Parts Sheet metal parts are parts with specific shapes, sizes, and properties manufactured through cold stamping processes. Due to their low cost, high productivity, and ability to be mass-produced, they ar...
Telecentric F-Theta Lens in Laser Processing Overview of Laser ProcessingLaser processing technology, known for its high precision, high efficiency, and non-contact characteristics, is widely used in scientific research, industry, and material p...
A Simple Understanding of Laser Galvanometer A laser galvanomter, also known as a laser scanner, is a high-precision scanning component used for laser processing. It mainly consists of an X-Y optical scanning head, electronic driver amplifier, a...
Design and Optimization Exploration of Resonant Scanner A resonant scanner is a device that uses the principle of resonance for beam deflection. Its working method involves controlling the coil with current to generate torque in a magnetic field, causing t...
Smart Laser Scanner: An Efficient Digitization Tool Smart laser scanners are gradually becoming mainstream equipment in the modern laser processing field, widely used in laser marking, engraving, cutting, and other tasks. Their excellent performance an...
The Application of Scan Heads in 3D Printing The scan head is a crucial component in 3D printing systems, responsible for precisely controlling the direction and position of the laser beam. During the 3D printing process, the role of the scan he...
Technical Advantages and Applications of Polygon Mirror Scanners The polygon mirror scanner is a high-end device that uses a rotating polygon mirror to achieve rapid laser beam scanning. Compared to traditional galvanometer control technology, polygon mirror scanne...
The Working Principle of the Laser Galvo Head The laser galvo head is a key component in laser systems used to control the laser beam's path. Its main function is to precisely control the direction and scanning area of the laser beam by adjus...
Diversity of Galvanometer Applications The galvanometer applications covers multiple fields, especially in laser scanning, image processing, and manufacturing, where galvo scanners play a significant role. By precisely controlling the angl...
Research on the Control System of the Servo Galvanometer Scanner Servo galvanometer scanners play a crucial role in many high-precision optical applications, especially in the fields of laser scanning, image processing, and more. The design and optimization of thei...
Galvo Resonant Scanners in Biomedical Imaging Galvo resonant scanners, as a high-precision beam scanning technology, are increasingly being applied in the field of biomedical imaging. Their exceptional performance provides reliable support for va...
Methods of Using Laser Galvo The laser galvo as a precise optical control device, plays a key role in the field of laser processing. The precise control of the laser galvo ensures the efficient and stable operation of application...
Advantages and Applications of Galvo Laser Welding System Advantages of the Galvo Laser Welding SystemThe galvo laser welding system is a device that uses a hollow optical fiber and a high-speed galvo to conduct laser welding processing. Compared to traditio...
Positioning Accuracy of Laser Galvo The positioning accuracy of laser galvo can typically reach the micron level, with specific values ranging from 0.5μm to 10μm. This primarily depends on the manufacturing quality of the galvo, the p...
The Function and Working Principle of Laser Marking Card What is a Laser Marking Card?A laser marking card is a controller used to achieve precise marking with a laser marking machine. It mainly includes functional modules such as an interface circuit, arit...