Overview
The PRINCE775 3D scanner is used to capture the 3D shape and surface information of objects or scenes and convert them into digital models or point cloud data. The device uses different Sensors and technologies to implement High Accuracy 3D Data Acquisition, and is handheld and flexible.
Features
1. Laser dual-color: Fast switching between red and blue laser scanning modes, with the flexible and portable characteristics of a handheld 3D scanner, while obtaining ultra-detailed 3D data
2. Ultra-high accuracy: the accuracy can reach up to 0.03mm, the external environment has little impact on the scanning accuracy, even direct sunlight can work normally
3. Ultra-fast measurement: mark points are halved, double the scanning width and 480,000 scanning speeds per second, greatly improving scanning efficiency
4. Automatic positioning: automatic positioning of the target point, no need to be equipped with tracking and positioning equipment, can support dynamic measurement
Principle
The PRINCE775 3D scanner captures the 3D shape and surface information of an object or scene through the laser Sensor technology, and uses the red and blue two-color laser scanning mode to collect data through the camera and convert it into a digital model or point cloud data.
Applications
Manufacturing, medicine, cultural heritage protection, geological exploration
Standards
Laser Category: Classll (Eye Safety)
Steps
1. Select the scanning mode (R standard scanning mode or B ultra-fine scanning mode)
2. Scan within the working interval
3. The device automatically locates the target point and makes dynamic measurements
4. Output 3D data in the required format
Notice
• Operating temperature range -10 ° C to 40 ° C
• Pay attention to the scanning reference distance: 300mm in standard mode, 150mm in ultra-fine mode
• Pay attention to the depth of field range: 250mm in standard mode, 100mm in ultra-fine mode
• Ensure operation within the effective working interval: standard mode 200mm-450mm, ultra-fine mode 100mm-200mm
