Add to ORKGPath generation is an important factor that affects the quality and efficiency of most layered manufacturing processes such as SLS, SLA and FDM. This paper introduces an efficient path generation algorithm. The principle of the algorithm and the implementation are presented. A comparative study is used to analyze the effectiveness of this method. The results of comparison on both path length and processing time between the traditional method and the proposed method are discussed
Limited by stereolithography file format, current data processing in additive manufacturing (AM) pr...
With the integration of multiaxis layered manufacturing and material removal (machining) processes, ...
3D printing is now a common method for producing objects. Due to its simplicity and flexibility, thi...
Rapid prototyping is a technology of layered manufacturing; therefore, the scanning path of certain ...
In powder-bed based layered manufacturing, a focused and high power laser beam is guided to travel ...
This paper presents an algorithm to develop a path planning applied for the rapid prototyping. Filli...
Layered Manufacturing (LM) refers to manufacturing a part directly from a CAD model by selectively a...
This paper describes a new path generation algorithm. When given a mathematical surface description ...
This paper introduces some key technologies in laser path generation including contour scanning path...
This paper proposes an algorithm for planning efficient concurrent toolpaths to reduce the build-ti...
This paper proposes a contour-processing system to enhance the capability and efficiency of fabricat...
This paper proposes an algorithm that constructs the topological hierarchy relationship of complex s...
With the integration of multiaxis layered manufacturing and material removal (machining) processes, ...
Some freeform surfaces cannot be machined by traditional CNC machining because of the inaccessibilit...
One of the main drawbacks of large-scale FDM is fabrication time, due to the use of a single deposit...
Limited by stereolithography file format, current data processing in additive manufacturing (AM) pr...
With the integration of multiaxis layered manufacturing and material removal (machining) processes, ...
3D printing is now a common method for producing objects. Due to its simplicity and flexibility, thi...
Rapid prototyping is a technology of layered manufacturing; therefore, the scanning path of certain ...
In powder-bed based layered manufacturing, a focused and high power laser beam is guided to travel ...
This paper presents an algorithm to develop a path planning applied for the rapid prototyping. Filli...
Layered Manufacturing (LM) refers to manufacturing a part directly from a CAD model by selectively a...
This paper describes a new path generation algorithm. When given a mathematical surface description ...
This paper introduces some key technologies in laser path generation including contour scanning path...
This paper proposes an algorithm for planning efficient concurrent toolpaths to reduce the build-ti...
This paper proposes a contour-processing system to enhance the capability and efficiency of fabricat...
This paper proposes an algorithm that constructs the topological hierarchy relationship of complex s...
With the integration of multiaxis layered manufacturing and material removal (machining) processes, ...
Some freeform surfaces cannot be machined by traditional CNC machining because of the inaccessibilit...
One of the main drawbacks of large-scale FDM is fabrication time, due to the use of a single deposit...
Limited by stereolithography file format, current data processing in additive manufacturing (AM) pr...
With the integration of multiaxis layered manufacturing and material removal (machining) processes, ...
3D printing is now a common method for producing objects. Due to its simplicity and flexibility, thi...