3D-A5000 Series Area Scan 3D Camera
The 3D-A5000 series is an area-scanning 3D camera designed to capture high-resolution 3D images. It features 3D LightBurst technology for rapid image acquisition to maximize throughput. High-resolution 3D imaging combined with industry-leading 3D vision tools enable reliable and accurate solutions for applications such as assembly verification, online measurement, and robot guidance. .
The 3D-A5000 offers a wide variety of fields of observation and measurement to suit applications in the automotive, consumer goods and warehousing industries. Other features and benefits include:
- LightBurst 3D technology enables rapid image acquisition
- Over 1.5 million 3D data points detect fine features on parts
- High Dynamic Range (HDR) mode captures high-contrast scenes
- The 3D tools in VisionPro tackle the toughest 3D applications
- Factory calibration delivers results in real-world units
- IP65 rated rugged housing provides protection in harsh factory environments
Complete more 3D inspections in less time
The 3D-A5000 features 3D LightBurst technology, which creates a unique blue light pattern on the part to capture high-resolution 3D images at unparalleled speed. It delivers full field of view (FOV) 3D point cloud imaging at 200 milliseconds, enabling higher throughput and shorter cycle times for mission-critical inline applications.
Provides accurate, repeatable 3D vision test results
The 3D-A5000 provides high resolution 3D point cloud images built from more than 1.5 million 3D data points. These high-resolution images, together with the powerful Cognex 3D toolset in VisionPro, including PatMax 3D, enable the 3D-A5000 to address a wide range of applications from assembly verification to direct measurement and directionality. guide robot.
Perform reliably in harsh factory environments
The 3D-A5000 features a rugged, IP65-rated, die-cast aluminum housing built to operate on the factory floor. The industrial design ensures consistent measurement results, even under varying temperatures.
