Large-scale 3D Coordinate Measurement Solutions
Addressing the Limitations of Conventional Devices: Traditional displacement measuring devices, such as displacement meters and accelerometers, have their limitations. Displacement meters are restricted to single-axis movement measurements at a single point, while accelerometers, when used for multi-point measurements, face challenges with axis alignment, which can introduce errors. Additionally, the weight of the accelerometer may influence the movement of lighter targets. In contrast, our motion capture system measures the three-dimensional spatial displacement of multiple points simultaneously with sub-millimeter accuracy and a sampling rate of up to 380Hz. The system's efficiency dwarfs that of displacement meters and accelerometers, not to mention the lightweight, wireless reflective markers used in motion capture have minimal impact on the movement of the target object.
Measurements Enabled by the Motion Capture System
• Position coordinates of assembly jigs and inspection fixtures
• Circular diameters, distances, angles, and geometric tolerances of shaft-type machining centers
• Flatness and parallelism post-component assembly
• Positional relationships after processes like stamping, welding, or assembly, and comparative analysis with 3D models
Comprehensive Displacement Measurement Solutions
Addressing the Limitations of Conventional Devices: Traditional displacement measuring devices, such as displacement meters and accelerometers, have their limitations. Displacement meters are restricted to single-axis movement measurements at a single point, while accelerometers, when used for multi-point measurements, face challenges with axis alignment, which can introduce errors. Additionally, the weight of the accelerometer may influence the movement of lighter targets. In contrast, our motion capture system measures the three-dimensional spatial displacement of multiple points simultaneously with sub-millimeter accuracy and a sampling rate of up to 380Hz. The system's efficiency dwarfs that of displacement meters and accelerometers, not to mention the lightweight, wireless reflective markers used in motion capture have minimal impact on the movement of the target object.
Comprehensive Displacement Measurement Solutions
Dynamics of Component Positioning: Our motion capture system excels in measuring the dynamic performance parameters of component positions, encompassing three-dimensional displacement, deformation, velocity, and acceleration. The results are presented through various formats, such as graphs and 3D views, for clear dynamic performance analysis of parts. This system is particularly beneficial in the automotive and aerospace industries for a range of industrial measurements, including kinematic analysis, amplitude, frequency, flatness, and deformation studies.
Technology Winter Olympics - Water Cube Venue Synchronization Leveling
Technology Winter Olympics Research GroupThe Technology Winter Olympics Research Group devised a groundbreaking leveling dynamic monitoring system utilizing NOKOV optical motion capture technology. This innovative system can automatically determine if each panel's elevation is within the desired range, significantly enhancing the efficiency and accuracy of ground leveling measurements.
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MARS Series Motion Capture Cameras
- • Meeting all-around customer needs. Resolutions ranging from 2.2 to 12 megapixels, frequencies covering from 180Hz to 340Hz comprehensively.
- • High precision, low latency, designed specifically for the field of scientific research, it is currently a very cost-effective optical motion capture solution.
- • Applicable models: Mars 2H, Mars 4H, Mars 12H