| Functions | Description |
| Galvanometer correction | Up to 65*65 dot correction, automatically completed by CCD and motion axis. |
| Scan Control | Supports multiple protocols such as SL2-100/XY2-100, allowing feedback speed/position adjustment for processing. |
| Laser Control | Supports QCW/FIBER-D/E/G/HPB, CO2, YAG, SPI laser types. |
| Axis Control | High speed power control, axis motion control, differential pulse frequency up to 4 MHz, supports XYZ encoder feedback. |
| Processing Technology | Supports a variety of laser power meters, which can realize timing and power control for processing. |
| Motion Correction | Supports linear correction, platform correction, and optical path correction. |
| I/O | Supports 16 digital inputs/16 digital outputs/2 analog inputs/2 analog outputs. |
| Automation | Supports various input and output functions, including start/complete/NG/emergency stop, and more. |
| Soft PLC | Supports modular programming and control, allowing users to edit multiple units such as axis control, I/O, and status. |
| External Communications | Supports network communication, expansion modules, and multiple data input/output functions. |
| Machine Vision | Supports optical recognition, camera integration, and built-in algorithms for calibration and positioning, such as cross/circle/rectangle detection. |
| Visual Positioning | Supports multiple compensation methods (direct, secondary, discrete) and can be expanded to support external positioning data. |
| Splicing Scheme | Supports multiple control schemes for stitching images or patterns, including object-based and coordinate-based splicing. |
| Linkage Plan | Supports linkage control between lasers, galvanometers, and other equipment, with a completely self-developed system for linkage control. |
| Filling Method | Supports various filling methods such as circular, adaptive, and grid-based filling for laser processing. |
| Auto Focus | Supports automatic focus adjustment based on product height detection, ensuring optimal focus for processing. |
| Data Generation | Supports the import of various vector files, including geometric primitives, text, and barcode generation for processing. |
| Data Editing | Supports data editing functions such as combining, node deletion, intersection removal, automatic connection, and more. |
| User Management | Supports multiple levels of user permissions, cloud login verification, login time limits, and operator permission control. |
| Production Process | Supports external selection processing (EMAP), and provides processing parameter management and adjustment capabilities. |
System Advantages
High Precision
Combining multiple correction technologies including autofocus, visual correction, galvanometer correction, optical path correction, and platform correction, and combined with real-time fully closed-loop control, it can To achieve high-precision processing; measured at the end customer’s site, the positioning accuracy of the equipment’s motion axis is within ±10um, and the galvanometer correction accuracy is within ±5um. Under this condition, the overall linkage processing accuracy of the system can be within ±20um.
High Efficiency
The Zeus_V1 card uses a high-performance processor chip, has excellent data processing capabilities and real-time response characteris- tics, and can quickly process large amounts of data, and In the linkage scheme, the waiting time for no light output is reduced, thereby improving processing efficiency; for the characteristics of the motion axis performance being far worse than that of the galvanometer, avariety of methods have been developed. Radial decomposition algorithm reduces axis movement to improve processing efficiency; since sorting has a direct impact on processing efficiency, a variety of sorting algorithms are specially designed.
No Seams
The linkage solution solves the seam problem caused by cutting graphics by splicing method, so that non-filled drawings can be seamlessly seamed; it also solves the seam problem caused by filled drawings. The reason is that a corresponding sorting algorithm is speciallydesigned to solve the problem of patchwork of partially filled graphics.
High Adaptability To Drawings
The adaptive control method is used to make the system more intelligent and improve the adaptability of the system to different drawings while ensuring the processing effect and efficiency. User adjustment parameter control reduces the user threshold and improves user experience.
Abundant Craft Library
On the basis of the original process library, the processing process is optimized according to process requirements such as film cutting, and single-pass movement is realized in batches. Before ensuring the process effect, to ensure processing efficiency.
Full-Featured Laser And Galvanometer Control
The Zeus_V1 card integrates the mainstream laser and galvanometer control functions in the market, eliminating the need for laser adapter cards and galvanometer adapter cards, avoiding the risk of electrical interference, and is stable and reliable. Reliable, it supports up to 24-bit digital galvanometer closed-loop direct connection, and can fully utilize the performance of high-end accessories without backward compatibility.
