What is mobile metrology?
Mobile metrology involves using mobile and portable measurement devices to take measurements directly at the location of the objects being inspected. Unlike stationary measurement systems, which are often installed in specialized measurement rooms, mobile measuring instruments offer greater flexibility and are not tied to fixed measurement locations. They are used to precisely capture and store critical measurement values.
The technology behind mobile metrology allows for the digitization and analysis of complex geometries and structures in 3D, which is particularly important in industries like automotive, aerospace, and heavy machinery manufacturing. Mobile measurement systems, such as 3D scanners and photogrammetry systems, are optimized not only for precision and robustness but also to function reliably under various environmental conditions. They play a crucial role in meeting high product quality demands by enabling continuous monitoring and optimization of production processes.
Mobile 3D scanner ATOS Q
ATOS Q is a compact 3D scanner designed specifically for use in production environments. This portable measurement device can perform complex inspection and measurement tasks while meeting high metrological standards. Even under challenging conditions, the measurement system delivers reliable and precise results. Combined with ZEISS INSPECT, ATOS Q provides an optimal and easy-to-use solution for accurate part measurement.
Advantages of ATOS Q
- Precise measurement of components even under difficult conditions
- Compact and robust design for mobile use
- Versatile use across various industries
- Different measurement volumes to easily adapt to various object sizes
- Blue Light Equalizer for improved light distribution and faster scans
- Long light guide cables for greater freedom of movement during measurement
- Integration with ZEISS INSPECT software for efficient data analysis
Hand-held 3D scanner ZEISS T-SCAN hawk 2
The portable ZEISS T-SCAN hawk 2 is a lightweight 3D laser scanner known for its metrological precision and user-friendliness.
A red laser marker helps you find the perfect distance from your measurement object for optimal scan results. Thanks to its handy size, you can use the 3D scanner anywhere without being tied to a rigid setup.
Advantages of ZEISS T-SCAN hawk 2
- High accuracy for complex measurement tasks
- Projection mode with a red laser marker
- Satellite mode for scanning objects up to several meters
- Operate the software via buttons on the scanner
- Quick and easy to use
- Supports scanning various materials and surfaces
Small 3D scanner GOM Scan 1
The GOM Scan 1 may be small, but it delivers impressive results. Thanks to its fringe projection and Blue Light Technology, you can take accurate measurements. It’s especially effective for scanning small to medium-sized components, even in tight spaces. Combined with ZEISS INSPECT software, you can elevate the quality of polygon meshes to the next level and complete your measurement tasks with maximum accuracy.
Advantages of GOM Scan 1
- High precision in confined spaces
- Cutting-edge technology, from Blue Light Technology to fringe projection
- High-quality data capture
- Fast and mobile
- Self-monitoring system for changing conditions
- Print preparation with intelligent mesh processing
Mobile metrology in the production process
Mobile metrology plays a central role in the modern production process. Thanks to this technology, quality control can be carried out directly on the production line without having to transport the components to a specialized measurement room. This results in significant time savings and increased operational flexibility. Performing measurement tasks quickly and directly at the assembly site allows for immediate feedback and adjustments to the production processes. Mobile metrology also helps minimize downtime and maximize efficiency by identifying and correcting issues before they lead to costly production stoppages.
In which areas is mobile 3D metrology used?
Mobile and portable measurement devices are used in numerous industries for quality assurance in the production process. Application areas include:
Automotive industry
Mobile metrology is used in vehicle and automobile manufacturing to measure components and entire vehicle bodies with high accuracy. Ensuring compliance with production specifications is essential for the assembly and final inspection of vehicles.
Aerospace
In this sector, precision is of utmost importance. Mobile measurement systems are used to verify the dimensional accuracy of aircraft parts and ensure that all components meet strict safety and quality standards.
Energy generation
Particularly in the field of wind energy, mobile metrology is used to inspect large components such as turbine blades and other structures on-site.
Shipbuilding
Mobile measuring devices are used in shipbuilding to accurately measure large components and entire ship bodies, ensuring compliance with metrological specifications.
Construction industry
Mobile metrology aids in monitoring buildings and measuring parts. Precise adherence to construction plans and measurements during the construction phase is crucial for building safe structures.
By enabling accurate measurements directly at the production site or application area, optical systems allow businesses to respond flexibly and efficiently to high demands for accuracy and quality.