The metal layered manufacturing processes have provided industries with a fast method to build functional parts directly from CAD models. This paper compares current metal layered manufacturing technologies from including powder based metal deposition, selective laser sinstering (SLS), wire feed deposition etc. The characteristics of each process, including its industrial applications, advantages/disadvantages, costs etc are discussed. In addition, the comparison between each process in terms of build rate, suitable metal etc. is presented in this paper.Mechanical Engineerin
Recently, a type of direct laser deposition process, called Laser Metal Deposition Shaping (LMDS), h...
Recently, a type of direct laser deposition process, called Laser Metal Deposition Shaping (LMDS), h...
In the current rapid prototyping processes, a physical part of a computer model can be quickly produ...
The metal layered manufacturing processes have provided industries with a fast method to build funct...
This overview will focus on the direct fabrication of metal components by using laser-forming techni...
grantor: University of TorontoOver the past decade, many novel layered-manufacturing techn...
Among the additive layer manufacturing techniques for metals, those involving metal deposition,inclu...
Manufacturing functional prototypes and tools using conventional methods usually is a time consuming...
This paper presents the important issues pertaining to the development of a precision rapid metal fo...
This paper presents the important issues pertaining to the development of a precision rapid metal fo...
Additive manufacturing (AM) especially laser additive manufacturing (LAM), a novel manufacturing tec...
Laser additive direct deposition of metals is a new rapid manufacturing technology, which combines w...
Laser additive direct deposition of metals is a new rapid manufacturing technology, which combines w...
Most direct laser deposition (DLD) processes utilise metallic powders to obtain near net shape objec...
Additive processes, which generate parts in a layered way, have more than 15 years of history. These...
Recently, a type of direct laser deposition process, called Laser Metal Deposition Shaping (LMDS), h...
Recently, a type of direct laser deposition process, called Laser Metal Deposition Shaping (LMDS), h...
In the current rapid prototyping processes, a physical part of a computer model can be quickly produ...
The metal layered manufacturing processes have provided industries with a fast method to build funct...
This overview will focus on the direct fabrication of metal components by using laser-forming techni...
grantor: University of TorontoOver the past decade, many novel layered-manufacturing techn...
Among the additive layer manufacturing techniques for metals, those involving metal deposition,inclu...
Manufacturing functional prototypes and tools using conventional methods usually is a time consuming...
This paper presents the important issues pertaining to the development of a precision rapid metal fo...
This paper presents the important issues pertaining to the development of a precision rapid metal fo...
Additive manufacturing (AM) especially laser additive manufacturing (LAM), a novel manufacturing tec...
Laser additive direct deposition of metals is a new rapid manufacturing technology, which combines w...
Laser additive direct deposition of metals is a new rapid manufacturing technology, which combines w...
Most direct laser deposition (DLD) processes utilise metallic powders to obtain near net shape objec...
Additive processes, which generate parts in a layered way, have more than 15 years of history. These...
Recently, a type of direct laser deposition process, called Laser Metal Deposition Shaping (LMDS), h...
Recently, a type of direct laser deposition process, called Laser Metal Deposition Shaping (LMDS), h...
In the current rapid prototyping processes, a physical part of a computer model can be quickly produ...