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3D Scanning Machines |
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Rapid Prototyping Machines |
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Konica Minolta, the world’s largest provider of 3D scanning solutions
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VIVID 9i & Vivid 910 3D Scanners
The Vivid 9i and Vivid 910 are Minolta's most advanced models in the VIVID Series of 3D digitizers. They are the ideal choice for a range of industrial applications from reverse engineering to quality inspection and prototyping. The Vivid 9i & 910 excel at high-precision 3D measurement of a wide range of items including cast, forged, pressed, anatomical, and molded plastic items as well as parts, people and property.
3D Scanning/Reverse Engineering or Digital Process Re-engineering is
opening up a multitude of applications. Almost weekly a company approaches us, JMR Systems, with a different request or purpose for using the Minolta Vivid 3D Scanners. Some applications include:
Surgical Preparation, Aircraft Engines, Toys, Athletic Shoes, Skulls
The Vivid point cloud scans can be brought into the RapidForm XOS Scanning - Fully automated surfacing and NURBs conversion, XOR Redesign - Creates parametric CAD models or XOV Veri fy - for Inspection.
There seems to be an endless variety of uses for the 3D Scanning: Design Verification, Quality Inspection, Prototype Evaluation, Creating a Directory of Legacy Parts and of course create the CAD Model.
With Konica Minolta's precision auto focus, there is no need to move the VIVID back and forth or to manually adjust or guess at the optimal focus. And, no manual adjustment for different ambient light conditions.
The new hardware design improves measurement accuracy fourfold compared with our previous models. Maximum accuracy is now 0.05 mm.
* As a result, this industrial-use 3D measuring instrument obtains data
of the highest accuracy.
* In X, Y and Z axes under our standard conditions with a TELE lens at a distance of 0.6m.

Not only is Konica Minolta the world’s largest provider of 3D scanning systems. Their scanners are being used to scan some of the world’s largest buildings.
The Colosseum in Rome and other ancient heritage monuments have been and continue to be scanned with the Minolta Vivid 3D Scanners. This has enabled building Internet-transmittable, 3-D digital virtual models of the monuments from the on-site data. The scans focus especially on 3-D dimensional acquisition techniques and color processing methods.
The resultant restitution is a 3-D digital photorealistic model is suitable for use as a working tool for restoration planning and reconstruction.
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