Add to ORKGWe report on a novel, graphical method, using a 3D mechanical design program, CATIA V5R20, to obtain and analyze exact scan patterns or a pair of rotational Risley prisms - in comparison to other scanning modalities, produced by the most common galvanometer laser scanners
The scanner has a rotary propelled deflecting mirror (7) through which an incident laser beam (4) is...
The use of volumetric targets for the automatic merging and orientation of laser scanner acquisition...
Periodic surface structures with micrometer or submicrometer resolution produced on surfaces of diff...
Rotational Risley prisms are one of the fastest two-dimensional (2D) optomechanical scanning systems...
Laser scanners with rotational Risley prisms produce scan patterns that can be classified as a type ...
Today, mechanical tracking systems are becoming increasingly compact, enabling a new range of civil ...
A pair of rotation Risley prisms can perform superior optical pointing and tracking functions with l...
Polygon Mirror (PM)-based scanning heads are one of the fastest and most versatile optomechanical la...
Recent advances in the area of facsimile communication have increased transmitting speed significant...
Three-dimensional scanners are increasingly used in various fields of science (eg. medicine, compute...
Three-dimensional scanners are increasingly used in various fields of science (eg. medicine, compute...
A laser stripe sensor has limited application when a point cloud of geometric samples on the surface...
Since the stereolithograpy system appeared on the market, various rapid prototyping machines based ...
Most laser scanners in engineering are extended versions of tactile measuring machines. These high p...
Fast-paced manufacturing and business trends demand higher flexibility in many, if not all, aspects ...
The scanner has a rotary propelled deflecting mirror (7) through which an incident laser beam (4) is...
The use of volumetric targets for the automatic merging and orientation of laser scanner acquisition...
Periodic surface structures with micrometer or submicrometer resolution produced on surfaces of diff...
Rotational Risley prisms are one of the fastest two-dimensional (2D) optomechanical scanning systems...
Laser scanners with rotational Risley prisms produce scan patterns that can be classified as a type ...
Today, mechanical tracking systems are becoming increasingly compact, enabling a new range of civil ...
A pair of rotation Risley prisms can perform superior optical pointing and tracking functions with l...
Polygon Mirror (PM)-based scanning heads are one of the fastest and most versatile optomechanical la...
Recent advances in the area of facsimile communication have increased transmitting speed significant...
Three-dimensional scanners are increasingly used in various fields of science (eg. medicine, compute...
Three-dimensional scanners are increasingly used in various fields of science (eg. medicine, compute...
A laser stripe sensor has limited application when a point cloud of geometric samples on the surface...
Since the stereolithograpy system appeared on the market, various rapid prototyping machines based ...
Most laser scanners in engineering are extended versions of tactile measuring machines. These high p...
Fast-paced manufacturing and business trends demand higher flexibility in many, if not all, aspects ...
The scanner has a rotary propelled deflecting mirror (7) through which an incident laser beam (4) is...
The use of volumetric targets for the automatic merging and orientation of laser scanner acquisition...
Periodic surface structures with micrometer or submicrometer resolution produced on surfaces of diff...