High resolution depth mapping of organic material
For optimal measurement of organic material, Micro-Epsilon offers the patented Blue Laser technology. With blue laser, significantly more precise measurement values can be generated on organic materials than would be possible with red laser. In addition, since the measurements are noncontact, no influence is exerted on the measured object. Per profile, the fully integrated sensor delivers a resolution of 1,280 points in the x-axis direction. An additional linear guide moves the sensor in the y-axis direction so that the generated profiles can be lined up and a 3D point cloud is created. For optimal measurement of organic material, Micro-Epsilon offers the patented Blue Laser technology. With blue laser, significantly more precise measurement values can be generated on organic materials than would be possible with red laser. In addition, since the measurements are noncontact, no influence is exerted on the measured object. Per profile, the fully integrated sensor delivers a resolution of 1,280 points in the x-axis direction. An additional linear guide moves the sensor in the y-axis direction so that the generated profiles can be lined up and a 3D point cloud is created.
For optimal measurement of organic material, Micro-Epsilon offers the patented Blue Laser technology. With blue laser, significantly more precise measurement values can be generated on organic materials than would be possible with red laser. In addition, since the measurements are noncontact, no influence is exerted on the measured object. Per profile, the fully integrated sensor delivers a resolution of 1,280 points in the x-axis direction. An additional linear guide moves the sensor in the y-axis direction so that the generated profiles can be lined up and a 3D point cloud is created. For optimal measurement of organic material, Micro-Epsilon offers the patented Blue Laser technology. With blue laser, significantly more precise measurement values can be generated on organic materials than would be possible with red laser. In addition, since the measurements are noncontact, no influence is exerted on the measured object. Per profile, the fully integrated sensor delivers a resolution of 1,280 points in the x-axis direction. An additional linear guide moves the sensor in the y-axis direction so that the generated profiles can be lined up and a 3D point cloud is created.
Application challenge
For optimal measurement of organic material, Micro-Epsilon offers the patented Blue Laser technology. With blue laser, significantly more precise measurement values can be generated on organic materials than would be possible with red laser. In addition, since the measurements are noncontact, no influence is exerted on the measured object. Per profile, the fully integrated sensor delivers a resolution of 1,280 points in the x-axis direction. An additional linear guide moves the sensor in the y-axis direction so that the generated profiles can be lined up and a 3D point cloud is created.
Measurement method and system
For optimal measurement of organic material, Micro-Epsilon offers the patented Blue Laser technology. With blue laser, significantly more precise measurement values can be generated on organic materials than would be possible with red laser. In addition, since the measurements are noncontact, no influence is exerted on the measured object. Per profile, the fully integrated sensor delivers a resolution of 1,280 points in the x-axis direction. An additional linear guide moves the sensor in the y-axis direction so that the generated profiles can be lined up and a 3D point cloud is created.
The problem
For optimal measurement of organic material, Micro-Epsilon offers the patented Blue Laser technology. With blue laser, significantly more precise measurement values can be generated on organic materials than would be possible with red laser. In addition, since the measurements are noncontact, no influence is exerted on the measured object. Per profile, the fully integrated sensor delivers a resolution of 1,280 points in the x-axis direction. An additional linear guide moves the sensor in the y-axis direction so that the generated profiles can be lined up and a 3D point cloud is created.
The method
For optimal measurement of organic material, Micro-Epsilon offers the patented Blue Laser technology. With blue laser, significantly more precise measurement values can be generated on organic materials than would be possible with red laser. In addition, since the measurements are noncontact, no influence is exerted on the measured object. Per profile, the fully integrated sensor delivers a resolution of 1,280 points in the x-axis direction. An additional linear guide moves the sensor in the y-axis direction so that the generated profiles can be lined up and a 3D point cloud is created.