It offers a tracking distance of up to 8.5 meters and a high-precision measurement range of 135 m³, supported by 99 laser lines and a measurement rate of up to 4.86 million measurements per second. Fully battery-powered and wireless, this system ensures smooth, cable-free scanning in any environment, making it ideal for demanding industrial applications.
The Wireless TrackScan Sharp-S optical 3D scanning system offers exceptional flexibility with its completely wireless design. Powered by robust onboard processors and external WNICs, this system processes images and data in real time, delivering accurate 3D coordinates instantly. With its battery-powered operation, users are free from cable constraints, allowing seamless scanning in any environment. The system’s plug-and-play feature ensures a hassle-free start, automatically connecting and initiating scans without complex settings. This user-friendly setup and easy-to-operate buttons enable flexible and intuitive 3D scanning.
Engineered for precision over long distances, the TrackScan Sharp-S utilizes a dynamic adaptive LED algorithm and long-distance depth of field to support tracking up to 8.5 meters. This capability is particularly advantageous in aerospace, energy, and heavy industries, where measuring large-scale parts is essential. The system’s expansive 135 cubic meter high-precision measurement range, coupled with a 233 cubic meter scanning range, minimizes frequent repositioning, allowing users to measure large components from a single position efficiently. Its stable structure and advanced edge calibration algorithm ensure consistent accuracy throughout.
The TrackScan Sharp-S is built for high precision and stability, featuring metrology-grade hardware and an innovative in-house developed algorithm. This combination achieves a maximum volumetric accuracy of 0.048 mm (10.4 m3), meeting stringent industrial measurement standards. Its 3D scanner boasts a stable structure with CFFIM technology, ensuring a lightweight yet strong design that remains unaffected by thermal variations. The integrated structure allows for easy handling and positioning from any direction, while its durable construction ensures stable performance, even in demanding conditions.
The TrackScan Sharp-S is designed for speed and versatility. With an impressive measurement rate of up to 4.86 million measurements per second, it excels in capturing detailed 3D data rapidly. It utilizes 81 blue laser lines for fast scanning, making it ideal for complex aerospace parts or large-scale machinery. The system’s fine scanning mode, powered by 17 parallel laser lines, efficiently captures intricate details like slots and corners, ensuring precise and comprehensive digital models. Additionally, the TrackScan Sharp-S offers versatile compatibility with multi-tracker measurement, automated measurement setups, intelligent edge detection, and the option to pair with the i-Probe500 for probing inaccessible areas, making it a highly adaptable tool for diverse industrial applications.
The TrackScan Sharp-S offers complete wireless operation with powerful onboard processors and external WNICs for real-time data processing. Combined with its plug-and-play setup, this freedom from cables ensures smooth and flexible 3D scanning in any environment, making it an ideal choice for diverse industrial applications.
The TrackScan Sharp-S is designed to excel in large-scale measurement tasks, supporting a tracking distance of up to 8.5 meters and covering a high-precision measurement range of 135 cubic meters. Its dynamic adaptive LED algorithm and stable structure guarantee accurate and efficient measurements, even in challenging settings like aerospace and heavy industry.
The TrackScan Sharp-S can capture up to 4.86 million measurements per second with 81 blue laser lines, ensuring fast and thorough data collection. Its fine scanning mode allows for detailed capture of intricate features. At the same time, its compatibility with multi-tracker measurement, robotic automation, and intelligent edge detection enhances its versatility for complex industrial needs.
Discover everything you need to know about the SCANTECH TrackScan-Sharp-S with our comprehensive specification breakdown.
Download Brochure (PDF)The TrackScan Sharp-S, with its powerful onboard processors and external WNICs, liberates you from the constraints of cables. This fully battery-powered system empowers you to perform 3D scanning in any environment, without the need for a power source or data connection. It’s a tool that adapts to your needs, offering unparalleled flexibility and portability.
The TrackScan Sharp-S features a dynamic adaptive LED algorithm and a long-distance depth of field, which supports tracking distances of up to 8.5 meters. This advanced technology, combined with a robust edge calibration algorithm, allows the system to accurately measure large-scale parts across a measurement range of 135 cubic meters, making it ideal for aerospace and heavy industry industries.
Yes, the TrackScan Sharp-S is a master of precision. Its fine scanning mode, with 17 parallel laser lines, ensures that even the smallest features like slots, corners, and edges are captured with utmost accuracy. This precision guarantees that the 3D models it produces are faithful representations of the original parts.
The TrackScan Sharp-S can achieve a measurement rate of up to 4.86 million measurements per second. With 81 blue laser lines, the system can quickly capture comprehensive 3D data, making it ideal for fast-paced industrial environments where speed and accuracy are crucial.
Yes, the TrackScan Sharp-S is highly versatile and compatible with various industrial setups. It can be integrated with multi-tracker systems to extend its measurement range without compromising accuracy. Additionally, its structure is designed to be easily mounted on robotic arms for automated measurement processes, making it a valuable tool for efficient batch measurement systems.
The TrackScan Sharp-S is built with metrology-grade hardware and an innovative in-house developed algorithm, ensuring a maximum volumetric accuracy of 0.048 mm (10.4 m3). Its stable structure, enhanced by CFFIM technology, remains unaffected by thermal variations, providing consistent high-precision measurements even in challenging industrial environments.
Secure SSL Encrypted Connection
Two-factor Authentication
© Copyright 2024 – Digitize Designs, LLC – Privacy Policy – Website by Ultra Dynamic Graphics
