This paper presents recent progress in extending the CAM-LEM process to 5-axis laser cutting for fabrication of laminated engineering components directly from sheet materials. The present extensions enable construction of layered objects from thicker layers by cutting all layers with shaped edges. Use of thicker material layers offers the opportunity for faster build rates and/or improved surface finish. We describe our system and present initial experimental results in utilizing tangent-cut layers for object fabrication. Utilizing surface-tangent information introduces new computational complexities in converting CAD descriptions into machine process control commands. We present an algorithm for achieving this conversion, and we il...
This paper describes a machine and process for automated fabrication of functional 3-D laminated en...
The intention of this paper is to describe some of the activities undertaken by the Warwick Manufact...
Laser Foil Printing (LFP) is a laser-based metal Additive Manufacturing (AM) method recently develo...
This paper presents recent progress in software, material handling and tangent-cutting control in s...
This paper describes machine design and control aspects of automating a viable CAM-LEM layered manu...
Time reduction and quick geometrical changes of complex components and tools are currently the most ...
Time reduction and quick geometrical changes of complex components and tools are currently the most ...
Time reduction and quick geometrical changes of complex components and tools are currently the most ...
With Laminated Object Manufacturing (LQM) process, three dimensional objects are manufactured by se...
The quick manufacturing of large metal forming tools, e.g. for car body parts, is a novel and promis...
The success of laser metal deposition (LMD) for repair or fabrication of near-net shaped metals comp...
Laser cutting has been investigated for a number of aluminum-synthetic laminates, newly developed ma...
Replacing paper with metal in laminated object manufacturing would bring improvements in terms of p...
CAM-LEM (Computer-Aided Manufacturing ofLaminated Engineering Materials) is an SFF technology suita...
A process where a freeform solid object is built by bonding cut layers of material together is call...
This paper describes a machine and process for automated fabrication of functional 3-D laminated en...
The intention of this paper is to describe some of the activities undertaken by the Warwick Manufact...
Laser Foil Printing (LFP) is a laser-based metal Additive Manufacturing (AM) method recently develo...
This paper presents recent progress in software, material handling and tangent-cutting control in s...
This paper describes machine design and control aspects of automating a viable CAM-LEM layered manu...
Time reduction and quick geometrical changes of complex components and tools are currently the most ...
Time reduction and quick geometrical changes of complex components and tools are currently the most ...
Time reduction and quick geometrical changes of complex components and tools are currently the most ...
With Laminated Object Manufacturing (LQM) process, three dimensional objects are manufactured by se...
The quick manufacturing of large metal forming tools, e.g. for car body parts, is a novel and promis...
The success of laser metal deposition (LMD) for repair or fabrication of near-net shaped metals comp...
Laser cutting has been investigated for a number of aluminum-synthetic laminates, newly developed ma...
Replacing paper with metal in laminated object manufacturing would bring improvements in terms of p...
CAM-LEM (Computer-Aided Manufacturing ofLaminated Engineering Materials) is an SFF technology suita...
A process where a freeform solid object is built by bonding cut layers of material together is call...
This paper describes a machine and process for automated fabrication of functional 3-D laminated en...
The intention of this paper is to describe some of the activities undertaken by the Warwick Manufact...
Laser Foil Printing (LFP) is a laser-based metal Additive Manufacturing (AM) method recently develo...