MSCAN Portable 3D Scanner
The MSCAN 3D scanner uses a precision industrial camera with real-time wireless data transfer to complete 3D measurements on the largest scale. Complete with integrated monitor and an accuracy of 0.02 mm/m the MSCAN is an extremely powerful 3D coordinate measurement device.
MSCAN Portable 3D Scanner: Key Features
- Lightweight handheld system
- Fully Portable design
- Completely wireless
- Independent of environmental conditions
- Integrated monitor
- Non contact measurement
- Material independent
Pick the model that’s right for you
Want to know more about the product options available in this model range?
- The MSCAN photogrammetry system uses a high resolution camera and utilises 2D images to help capture the 3D coordinates for use in a 3D scanning process
- Compatible with PRINCE and HSCAN systems to be used in measurement and positioning when scanning large objects
- Can also be used independently for measurement and geometric deformation of large objects
- Self positioning system eliminating the need for external tracking devices
- Used extensively in environmental condition testing and analysis to understand static deformation of
components during extreme heating cycles - Capable of being used for quality control of large objects, e.g. aircraft, ships, wind turbines, etc
- Ideal for verification and recording of jigs and fixtures
Relevant Industries
See what industries our products are best suited for.
Automotive
We understand that the improvement of product quality and component design, shortening of development times and cost reduction can be easily achieved through the capture and use of highly detailed and accurate 3D data.
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Education
Our flexible range of hand held scanners offer a quick and simple solution to generating quality 3D scan data for use by education and research establishments.
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Manufacturing
With the demand for high quality goods from the UK manufacturing sector increasing to new levels, the use of full field 3D scan data is key to improving processes and product design in a wide range of manufacturing applications.
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Medical
Lifelike prostheses are now driven using data generated from a 3D optical scanning system as the accuracy and resolution of this process enables the capture of even the finest details of the subject’s limb.
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Power Generation
3D Scan data is being used extensively in the power generation sector to measure and inspect the complex geometries of turbine blades and other critical components and features.
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Rail
The ability to scan high quality 3D data of railway infrastructure in situ is essential in monitoring corrosion of the rail surface. Real time scan data also provides instant feedback for maintenance inspection of train wheels and axles.
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