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Konica Minolta VIVID 910 3D Scanner
Now reborn in a more advanced form, offering a host of new solutions.
The ideal 3D capture device for research and development, design, schools, game software, video production, apparel industry, museums and measurement of the human body.
VIVID 910 3D Scanner Main Features
The VIVID 910 3D scanner is Konica Minolta's radically enhanced successor to the VIVID 700 and VIVID 900 non-contact 3D scanners that set new standards for low cost, camera sensitivity, and convenient operation. When operating in FAST mode, this advanced product requires only 0.3 seconds for data input (approximately twice as fast as the VIVID 900); furthermore, when operating in FINE mode, precision of ± 0.008mm and accuracy of ± 0.10mm can be achieved on the Z-axis. Accordingly, the VIVID 910 3D Scanner will provide you with solutions for a wide range of digitizing tasks. While the development and inspection of all of our measurement devices meet ISO 9000 standards, you can also avail yourself of our test-report issuance and traceability services as a guarantee of the quality of this highly accurate non-contact digitizer. In addition to these services, furthermore, we also replace faulty components free-of-charge and offer regular upgrades for system software, thus ensuring peace-of-mind after the installation of your VIVID 910.
Principal Applications
- Precision verification and component examination for casting and injection molding
- Creation of FEA data for pressed automobile-chassis components, etc., in addition to verification of analysis results
- Creation of 3D data for the evaluation of accessories and other purchased parts for which 3D CAD data are unavailable (i.e., reverse engineering)
- Conversion of dental-surgery and plastic-surgery data into database format
- Creation of design data from mock-ups and interference-check data for mechanical components
- Integration with rapid-prototyping devices for the creation of plastic mockups
- Comparison of in-house products with those of rival companies, and conversion of the acquired data into database format
- Archiving in museums and research organizations
- Creation of data for CAE analysis
- 3D modeling of solid objects for various research purposes
- Information and communication engineering, expression analysis, muscle-movement analysis, robot vision, and logging of agricultural produce growth
- Various video-authoring applications