• Laser Binocular Vision Camera Sensor
  • Laser Binocular Vision Camera Sensor
  • Laser Binocular Vision Camera Sensor
  • Laser Binocular Vision Camera Sensor
  • Laser Binocular Vision Camera Sensor
  • Laser Binocular Vision Camera Sensor
  • Laser Binocular Vision Camera Sensor
  • Laser Binocular Vision Camera Sensor
  • Laser Binocular Vision Camera Sensor
  • Laser Binocular Vision Camera Sensor

Laser Binocular Vision Camera Sensor

Belt crack detection, measurement, counting etc.

Supported object motion speed: :
6m/s
Size :
260*66*75 mm
Weight :
2kg
Camera type :
CMOS
IP degree :
IP65

USD： 9980-10680

ablity：Monthly Output200

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  • Product Description
  • Product Params

Product Description


VSZ1 camera adopts a fully intelligent terminal design and utilizes the principle of binocular parallax for stereo data reconstruction. It can be directly connected to a PLC and standardized output of stereo point cloud data models, depth maps, etc. on the camera end.

And multiple intelligent algorithms can be embedded in the camera end, including but not limited to stereo positioning, object counting, flow monitoring, object measurement, object surface detection, and other algorithms, without the need for additional integration with industrial control hosts.

Wide field scanning
Low processing delay
High-precision positioning

Can be widely applied to the intelligent transformation needs of industries such as warehousing logistics, tobacco industry logistics, sea salt transportation, stone transportation, steel inbound and outbound management, industrial grabbing, tire detection, etc.



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.


Size（LXWXH）

260*66*75 mm

Weight

2kg

Laser

450nm (blue), 850nm (infrared), optional with other wavelength lasers

External interface

Gigabit Ethernet port

Communication mode

Modbus Tcp communication protocol, SDK function call

Support system

Windows(7,10)/Linux

Depth pixels

300w(2048*1536)

Max. cloud point data volume

600w/s

Max. depth data generation speed

3000 frames/s

Accuracy of detection

Z-axis: Max. detection accuracy: ± 0.004mm

(±0.02mm) - (±0.13mm)@0.5m installation height

(±0.07mm) - (±0.5mm)@1m installation height

(±0.14mm) - (±1.1mm)@2m installation height

(±0.30mm) - (±2.35mm)@3m installation height

 

Y-axis: Max. detection accuracy: ± 0.022mm

(±0.05mm) - (±0.41mm)@0.5m installation height

(±0.11mm) - (±0.80mm)@1m installation height

(±0.21mm) - (±1.62mm)@2m installation height

(±0.31mm) - (±2.42mm)@3m installation height

Point cloud data processing latency

<1ms

Result data processing delay

<10ms

Supported object motion speed

6m/s real-time monitoring

Pupil distance

160mm、320mm (Pupil distance can be customized according to application scenarios)

Sequential triggering method

Soft trigger/level trigger/pulse trigger

Depth of Field Size

Capable of meeting a depth of 2 meters with millimeter level accuracy

Single camera scanning width

Capable of meeting a field of view width of 3 meters with millimeter level accuracy

Scanning angle of stereoscopic camera lens

61 °, interchangeable short and telephoto lenses

Camera type

CMOS

Exposure mode

Global shutter

Lens interface

M12

IP degree

IP65

Voltage/power consumption

12V/24w

Operation temperature

-20℃~70℃

Multiple machines work together

Yes





Product system communication
Stereo cameras have terminal intelligence characteristics. After generating depth data and application result data at the camera end, they can be transmitted to a third-party system through a gigabit network port for data transmission. By embedding application interface software on the central control processor, the 3D display of depth data and results and camera parameter debugging can be directly carried out on the display.





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.



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.






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




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.





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



Surface defect detection of objects

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


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