TrackScan Sharp-S 3D Scanner

Both the system's 3D scanner and optical tracker have powerful onboard processors for edge computing, which process images and data in real time and output 3D coordinates. Combined with batteries, and external WNICs, it lets users to measure objects wirelessly.

The system connects automatically when switched on, without requiring any complex settings, and starts scanning instantly.

Enhanced by advanced hardware and robust edge computing, TrackScan Sharp-S scans up to an impressive 6 million measurements/s with 81 blue laser lines. Whether it is complex aerospace parts or large-scale machinery, TrackScan Sharp-S is ideal for capturing 3D data and identifying deviations of parts rapidly, which facilitates more efficient and intelligent measurements for manufacturers.

TrackScan Sharp adopts a dynamic adaptive LED algorithm and long-distance depth of field, which supports a max tracking distance as long as 8.5 meters. It allows users to effortlessly tackle a wide variety of challenges including measuring large-scale parts in aerospace, energy, and heavy industry. Its 135-m3 industrial high-precision measurement range and 233-m3 scanning range are achieved thanks to its large tracking volume, robust edge calibration algorithm, and stable structure. It saves the hassle of moving trackers frequently and enables users to measure large components efficiently in just one position.

The TrackScan Sharp-S measurement system features metrology-grade hardware and an innovative algorithm. The system achieves a maximum volumetric accuracy of 0.048 mm (10.4 m3), capable of meeting stringent industrial requirements for measurements.

It boasts an optional function of intelligent edge detection, which is enabled by gray-value measurement. Users can inspect features such as holes, slots, rectangles, rivets, and edges precisely. It is capable of 3D scanning and obtaining information such as positions and diameters.

It can be paired with a tracking i-Probe 500 to probe inaccessible areas such as reference holes and hidden points. This contact measurement probe can ensure precise results with both wired and wireless options.

Its measurement range can be dynamically extended by adding more i-Trackers so that it can measure large-scale objects without compromising accuracy.

Its brand-new 3D scanner structure is customized to be mounted on a robotic arm more suitably. Its 360-degree distributed target sets allow for all-round and precise tracking. It helps form an efficient batch measurement systems.