The availability of rapid prototyping enhances a designer’s creativity and speed, enabling quicker development of new products. However, because this process relies heavily on CAD models it can often be time costly and inefficient when a component is needed urgently in the field. This paper proposes a method to seamlessly integrate the digitization of existing objects with the rapid prototyping process. Our technique makes use of multiple structured-light techniques in conjunction with photogrammetry to build a more efficient means of product development. This combination of methods allows our developed application to rapidly scan an entire object using inexpensive hardware
The paper describes about the state of art technology in preparing the existing component using digi...
The aim of this R&D work is to present some know-how of Institute Superior Technique of Lisbon (...
In reverse engineering, a digitizer usually generates a large cloud of 3D points data, many of which...
This project involves optimizing a workflow for photogrammetry. This includes the redesign of an exi...
It is known that reducing the time to produce prototypes is a key to speed up the development of new...
This paper aims at verifying a procedure both for the acquisition and the reconstruction of 3D CAD m...
Generally it is difficult to get a 3D model from its 2D images. However, if the object is symmetric...
3D digitizing systems permit you to create a digital model from a physical part. The process is appe...
It has become increasingly important to become able to generate 3d shapes in commercial application ...
Reverse Engineering is the process of reconstructing a computerized model from a digitized 3D object...
Reverse engineering (RE) is generally defined as a process of analysing an object or e...
AbstractPhotogrammetry has been used for recording objects for well over one hundred and fifty years...
Photogrammetry has been used for recording objects for well over one hundred and fifty years. Modern...
Rapid Prototyping is widely known as being able to fabricate 3D objects with complex geometries dire...
It is now possible to generate threedimensional (3D) solid models of extremely complicated systems...
The paper describes about the state of art technology in preparing the existing component using digi...
The aim of this R&D work is to present some know-how of Institute Superior Technique of Lisbon (...
In reverse engineering, a digitizer usually generates a large cloud of 3D points data, many of which...
This project involves optimizing a workflow for photogrammetry. This includes the redesign of an exi...
It is known that reducing the time to produce prototypes is a key to speed up the development of new...
This paper aims at verifying a procedure both for the acquisition and the reconstruction of 3D CAD m...
Generally it is difficult to get a 3D model from its 2D images. However, if the object is symmetric...
3D digitizing systems permit you to create a digital model from a physical part. The process is appe...
It has become increasingly important to become able to generate 3d shapes in commercial application ...
Reverse Engineering is the process of reconstructing a computerized model from a digitized 3D object...
Reverse engineering (RE) is generally defined as a process of analysing an object or e...
AbstractPhotogrammetry has been used for recording objects for well over one hundred and fifty years...
Photogrammetry has been used for recording objects for well over one hundred and fifty years. Modern...
Rapid Prototyping is widely known as being able to fabricate 3D objects with complex geometries dire...
It is now possible to generate threedimensional (3D) solid models of extremely complicated systems...
The paper describes about the state of art technology in preparing the existing component using digi...
The aim of this R&D work is to present some know-how of Institute Superior Technique of Lisbon (...
In reverse engineering, a digitizer usually generates a large cloud of 3D points data, many of which...