| RSI 3 D Laser for MicroScribe®
  G 2 and MX Digitizers |   | 
 
  | The
  new laser scanner from RSI for six degrees-of-freedom (6DOF) MicroScribe systems |   | 
 
  | sets
  a new price/performance point, supplying a fast, non-contact laser scanning
  solution |   | 
 
  | for
  3D applications including: |   | 
 
  |  3D graphics for artistic presentation, animation,
  education, and training
 |   | 
 
  |  Reverse engineering and rapid prototyping for
  industrial design and production
 |   | 
 
  |  Metrology for industrial inspection and quality control
 |   | 
 
  |  Physical analysis for producer development,
  materials evaluation, research, and development
 | 
 
  |   |   | 
 
  | Highlights |   | 
 
  |  Fits 6DOF MicroScribe systems
 |   | 
 
  |  Dramatically reduces digitizing time
 |   | 
 
  |  Includes software for transforming point-cloud data into
  industry-standard formats
 |   | 
 
  |  Supplies compact portability and easy setup
  and use
 |   | 
 
  |  Costs far less than most comparable laser systems
 |   | 
 
  |   |   | 
 
  | Software
  transforms point cloud data into polygon data stored in industry-standard
  file formats. |   | 
 
  | Polygons
  are sufficient for many applications including rendering and visualization,
  rapid  |   | 
 
  | prototyping, and physical
  analysis. |   | 
 
  | In addition to being fast, the MicroScribe
  laser solution is light-weight, compact, and
  convenient. |   | 
 
  | It is just 6-inches square (15 cm) and weighs about 15 pounds (7
  kg). The scanner controller is  |   | 
 
  | palm-sized, not a big
  and bulky box as with most other scanning lasers. |   | 
 
  |   |   | 
 
  | Easy to use |   | 
 
  | A
  MicroScribe digitizer with a 6DOF touch probe is needed to maneuver the laser for data capture. |   | 
 
  | Instead
  of point-and-click, data collection is more like spray painting, with the
  laser collecting up to |   | 
 
  | 28,000 points per second. |   | 
 
  |   |   | 
 
  | As you sweep the laser to profile the surface, captures points
  appear in real-time within MicroScan |   | 
 
  | Tools software, allowing you to see where point density should be increased. You can switch from |   | 
 
  | the long to
  the short laser line to increase density and better resolve high curvature
  regions. The  |   | 
 
  | system lets  you efficiently digitize parts of even
  great complexity and size. |   | 
 
 
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