DF-VSZ1

DF-VSZ1 adopts a complete terminal intelligent design, uses the principle of binocular parallax to reconstruct stereoscopic data, can be directly connected to PLC, and output stereoscopic point cloud data models and depth maps on the camera side.
 
And it can embed a variety of application intelligent algorithms on the camera side, including but not limited to stereo positioning, object counting, flow monitoring, object measurement, object surface detection and other algorithms, without additional integration of industrial control hosts.
 
It is at the industry-leading level in large field of view scanning, low processing delay, and high-precision positioning, and can be widely used in warehousing logistics, tobacco industry logistics, sea salt transportation, stone transportation, steel storage management, industrial grasping, tire inspection and other industries. transformation needs.

1. Embedded algorithm:

 can directly output result data for docking with third-party systems or PLCs;
 

2. Low processing latency:

The output of line scan point cloud data is less than 1ms, and the calculated output of application results is less than 10ms;
 

3. Large view, deep and wide field of view:

a single camera can achieve a field width of 3 meters and a depth of 2 meters at the millimeter level;
 

4. High precision:

 the highest detection accuracy can reach 3um;
 

5. Supporting high-speed object movement:

capable of meeting the real-time processing requirements of 6m/s motion conveyor belts;
 

6. Support variable speed sports scenarios: support signal access to external pulse encoders and speed interface soft trigger docking

 

7. Support for multi camera fusion:

can fuse two or more cameras to meet the requirements of ultra large field of view modeling;
 

8. Strong environmental adaptability:

can be used normally indoors, outdoors, and in dim environments;
 

9. Support multiple working trigger modes:

soft trigger, level trigger, pulse trigger, etc. to meet the usage needs of different customers' cameras;
 

10. Adapt to various complex scenarios:

high-precision 3D reconstruction can be performed on both reflective and absorbing objects;
 

11. Industrial grade design:

Adopting aviation plug interface and IP65 shell design to meet the needs of industrial scenarios;
 

12. Flexible customization:

can follow up with customer usage scenarios to customize hardware to meet customer needs;
 

By utilizing DF-VSZ1, multiple applications can be developed, including 3D point cloud model reconstruction, stereo positioning, object counting, conveyor belt object flow monitoring, object size measurement, object surface defect detection, and other secondary application development.
 

1. 3D point cloud model reconstruction

After relative motion between the object and the camera, a 3D point cloud model of the object surface can be output in real-time.
 

2. Stereo positioning

It can perform high-precision spatial coordinates and attitude positioning on all point cloud data generated by objects, and can be combined with robotic arms for grasping, loading and unloading, sorting and other industrial applications.
 

3. Object Count

Real time segmentation and counting can be performed on objects placed separately or in contact.
 

4. Belt object flow monitoring

Real time unit time volume data calculation can be performed on objects moving on the conveyor belt, thereby monitoring the flow of objects.
 
 

5. Object size measurement

It can measure the length, width, height, maximum volume, integral volume, groove depth, step height of an object.
 

6. Surface defect detection of objects

It can detect surface defects such as flatness, angle, defects, dents, protrusions, and presence of objects.