XY axis visual positioning marking system
XY axis visual positioning marking system
XY axis visual positioning marking system
XY axis visual positioning marking system
XY axis visual positioning marking system
XY axis visual positioning marking system
XY axis visual positioning marking system

The XY axis mobile platform CCD visual positioning uses the visual positioning principle to first formulate the template for the product, save the standard template, take photos of the product during processing, and then compare and position the product by the computer. After adjustment, the product can be accurately processed.

One button automatic calibration, which relates the laser and visual coordinates with one button distortion correction, is suitable for high-precision occasions. The visual lens is calibrated in the adaptive automatic positioning mode. Only the picture frame is needed to realize the automatic positioning function. The marking information of a single multiple products can be fixed and changeable. (Support communication access)


  • Product introduction
  • Product parameters
  • Industrial applications
  • 新页

Summary:


The XY axis mobile platform CCD visual positioning laser marking system can achieve accurate marking as long as the product is within the processing range of the laser marking scanning galvanometer, that is, the processing position is OK even if the position is different each time. The CCD visual positioning marking system uses the principle of visual positioning. First, the template of the product is formulated, the standard template is saved, and the product is photographed during processing. The computer compares and positions the product. After adjustment, the product can be accurately processed. The shape of the processed products can be round, square, and irregular. This process is especially suitable for small products. It can eliminate the processing of locating trays and fixed fixtures, and greatly save the processing cycle of laser marking.

XY轴视觉定位打标系统


 

System features:




1. One key automatic calibration, which associates the laser with the visual coordinates;

2. One button distortion correction, suitable for high-precision occasions, to correct the visual lens;

3. Adaptive automatic positioning mode, which can realize the automatic positioning function only by drawing a frame, and single multiple products are marked;

4. Marking information can be fixed and changeable (support communication access);

5. Communication support: IO, TCP/IP, RS232, RS485 and other protocols;

6. Multi template product management facilitates switching between different products;

7. The camera has a large imaging field of vision, which is suitable for marking any flat product;

8. The camera can automatically identify and mark products at any angle and in any number;

9. It can be integrated with optical fiber, CO2, UV and other laser optical paths of various wavelengths;

10. Large format products can be spliced and marked through motion control;

11. It occupies little space and does not occupy any space on the working platform. The existing laser installation space can be upgraded.

One button automatic calibration


The laser and visual coordinates are associated with one key distortion correction, which is suitable for high-precision occasions. The visual lens is calibrated with multi template product management, which is convenient for switching between different products. The camera has a large imaging field of vision, and is suitable for marking any planar product at any angle and in any number. The camera automatically identifies the product for marking.

Marking effect


型号

FV-DB200

支持激光器类型

光纤/紫外/二氧化碳

激光器

光纤,紫外,CO2可选

最大速度

1000mm/s

激光类型

UV/FIBER/CO2

激光波长

355mm/1064mm/10640mm

定位系统

CCD视觉

定位精度

±0.02mm

定位响应时间

50ms

工作电源

AC220V50Hz/60Hz

运行环境

35%-80%RH

摄像系统

单CCD摄像定位/双CCD摄像定位/同轴CCD摄像定位

设备尺寸

800×700×1500mm


Industrial applications


IC marking, keyboard marking, consumer electronics marking, wafer marking, auto parts marking, battery welding marking, thin film solar cell marking, etc.

XY轴视觉定位打标系统

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