The handheld measurement scanner uses a laser beam and professional visual algorithms to quickly obtain three-dimensional data of parts. The handheld measurement scanner is a highly cost-effective portable scanning and measurement system.
Powerful industrial grade optical tracking laser scanning system, suitable for medium to large objects and scenes where labeling points are not allowed
Model：Hyperscan Pro Hyperscan Max Hyperscan Ultra
The HyperScan intelligent optical tracking 3D scanner adopts pure blue light technology and has various working modes. The standard mode is equipped with 34 crossed laser lines, with a scanning speed of up to 2.1 million measurements per second, and can quickly obtain three-dimensional data of the object surface; The fine mode is equipped with 7 parallel laser lines, which high-definition restores the detailed information of the object surface; The hole position flash measurement mode is equipped with a dedicated light source, which can quickly obtain information about circular holes and grooves on the surface of the object.
HyperScan intelligent optical tracking 3D scanner: powerful, supporting a mixed working mode of non stick tracking scanning and stick handheld scanning. It has the characteristics of fast scanning speed and high accuracy, especially suitable for fast and efficient scanning of large workpieces such as automobiles, heavy machinery parts, castings, etc., providing an ideal solution for 3D digital scanning needs.
H-Track optical tracker: adopts a dual CCD integrated carbon fiber structure. During work, H-Track tracks HyperScan and the positioning points on the measured workpiece in real-time, ensuring high-precision dynamic measurement in the workshop environment (such as vibration and noise).
HX-Probe Portable Three Coordinate Measuring Pen: Fully suitable for inspection, reverse engineering, workpiece CAD component comparison and analysis, assembly of components or complex components, and other fields. No matter used in any location or occasion, such as laboratories, processing sites, etc., HX-Probe can simultaneously possess unparalleled high accuracy, flexibility, adaptability, and portability
1、Pure blue light technology
All laser lines use blue laser, significantly improving scanning precision and adaptability
2、Hole position flash measurement technology
The hole position flash measurement technology has been applied to the tracking and scanning system, and the hole position measurement attachment function has been added, as well as the import of CAD automatic alignment, RPS alignment and other functions, greatly improving the adaptability and convenience of hole measurement
3、Fast scanning speed
In standard mode, there are 34 crossed blue laser lines, with a scanning speed of up to 2.1 million measurements per second, which is 4.3 times that of a regular 7-line scanner; Fine mode scanning speed up to 850000 measurements/second
4、Mixed working mode
Supports separate spot scanning mode and combined with H-Track optical tracker non spot scanning mode. The two modes can be switched in real-time through the scanner button, with strong adaptability to large and complex workpieces
5、Fine scanning
parallel blue laser lines can clearly capture product details, greatly improving the precision of scanning data compared to the previous generation products
6、Multi system joint working mode
Supporting the joint working mode of multiple trackers H-Track and single scanner, greatly expanding the scanning range, and easily completing the scanning of large workpieces without changing stations; It can also support multiple HyperScan system joint working modes, greatly improving the scanning speed of the system and perfectly matching the requirements of online detection
1. Automotive industry: vehicle scanning, competitor analysis, automotive design, component measurement, aesthetic design, etc；
2. Aerospace: aerodynamics, stress analysis, quality control and inspection, MRO and damage assessment, etc；
3. Tire industry: wear detection, compression deformation analysis, cross-sectional line analysis, mold quality inspection, reverse design, etc；
4. Sheet metal industry: reverse design, external dimension testing, rebound detection analysis, assembly and adjustment of fixtures, etc；
5. Forged castings: inspection of casting molds, reverse design, assessment of clamping gaps, deformation detection, structural characteristic analysis, etc；
6. Construction machinery: quality inspection and control, reverse design, mechanical fixture design, mold adjustment, etc；
7. Cultural and museum applications: cultural relic scanning, ancient building protection, virtual restoration, mural detection, etc；
8. Biomedical: medical identification, design and production of orthoses/prostheses, treatment of oblique head deformities, wound healing testing, etc；
