Optical 3D scanning equipment ATOS 5

Optical 3D scanning equipment ATOS 5Advantages:

Multi functional scanners that meet industrial needs

Due to the use of advanced camera technology, powerful light sources, and high-performance software, the performance of ATOS 5 has reached a whole new level, especially when measuring bright and dim surfaces, fine structures, and edges. This technology accelerates the total measurement time while providing accurate 3D measurement data.

Quick measurement

Variable system

Comprehensive processes and quality control

Full field 3D scanning

ATOS 5 accelerates the detection process. This system can provide shorter exposure times for both bright and dark surfaces. Due to the large measurement area, optical 3D scanners have faster scanning speeds and can quickly obtain 3D data, thereby improving productivity. high precision

Developed for industrial use

ATOS 5 can meet the high metrological requirements of industrial users. Even under harsh conditions, the system can provide absolutely traceable measurement data. ATOS 5 adopts a stereo camera setup, including a built-in reliability monitor controlled by sensors for measurement. Our built-in software can provide you with continuous feedback on calibration status, measurement accuracy, environmental changes, and component movement. Versatile and versatile

Tailored to your needs

Choose ATOS 5 to combine flexibility and accuracy. Whether in the workshop or measurement room, whether manual or automatic, this system can handle complex inspection tasks. Both fixed use in the measurement room and mobile use in production can meet your needs. If you wish to improve the efficiency of mass production, ATOS 5 can achieve automatic quality control within standardized ScanBox measuring machines. performance improvement

Graphics card acceleration measurement

Zeiss INSPECT software fully utilizes the computing power of graphics cards. Due to the large number of cores in GPUs, the processing speed of a single scan is faster. This greatly shortens the total measurement time. Combining its powerful light source and camera technology, ATOS 5 has reached a whole new level of performance through this GPU acceleration. Expand using photogrammetry

Used for large and complex components

Built in TRITOP optical photogrammetric system enhances measurement capability. As an extension of ATOS 5, this portable solution excels in capturing reference point fields and is an ideal choice for detecting large and complex components. By utilizing these reference points, ATOS 5 can automatically convert individual measurement values, ensuring high measurement accuracy.

ATOS technology

Optical 3D scanning equipment ATOS 5Use structured blue light for non-contact measurement. A single measurement consists of up to 12 million independent measurement points. Determine the accuracy, resolution, and size of the measurement area according to your requirements. This not only enables complex and delicate components to have high resolution, but also ensures the rapid digitization of large components.

measurement variable

three-dimensional coordinates

Three dimensional displacement

3D deformation

Three dimensional velocity and acceleration

Surface expansion

Evaluation of material properties (elastic modulus, etc.) in 6 degrees of freedom for simulation (6DoF)

The optical sensor of Zeiss 3D testing product combination can measure static or dynamically loaded samples and components without contact, which is not affected by materials and does not require time-consuming and expensive preparation work for the test object. It can eliminate or greatly reduce the installation of traditional sensors such as strain gauges, LVDTs, or accelerometers. In addition to saving time during the preparation process, optical sensors also provide a larger database for downstream testing and evaluation.

High precision measurement of large and small objects

This provides a stable solution for analyzing samples of structural components ranging from a few millimeters to a few meters. Regardless of the geometric shape and temperature of the sample, the measurement resolution can reach sub micron level.