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Laminated object manufacture

SFF encompasses many different approaches to additive fabrication, including Stereolithography (SLA), Selective Laser Sintering (SLS), Electron Beam Melting (EBM), Laminated Object Manufacturing (LOM), Fused Deposition Modeling (FDM), and 3D Printing. [Pg.258]

LDI laser direct image LOM laminated object manufacturing... [Pg.600]

Helisys Inc., Torrence. CA. USA Laminated Object Manufacturing (LOM) Self-adhesive paper and plastic films cutting of the films layer by layer with a CO2 laser beam... [Pg.752]

The laminated object manufacturing (LOM)-technique was invented by M. Feygin in 1985 and marketed by Helisys as LOM 1015 and LOM 2030. Profiles of object cross-sections are cut from foils of paper or other web material. The foil is unwound from a feed roU onto the stack and first bonded to the previous layer using a heated roller which melts a plastic coating on the bottom side of the foil. The profiles are then traced by a laser. After cutting of the layer is complete, excess paper is cut away to separate the layer from the web [110],... [Pg.272]

Park J, Tari Ml, Hahn HT (2000) Characterization of the laminated object manufacturing (LOM) process. Rapid Prototyp J 6(1) S.36—S.49... [Pg.281]

In laminated object manufacturing (LOM), layers of a thin sheet are sequentially bonded to each other and cut by a laser according to a computer-generated model (Fig. 6.51). A modified form of the process, referred to as computer-aided manufacturing of laminated engineering materials (CAM-LEM), has been developed to produce complex shapes directly from tape-cast ceramics (72). In CAM-LEM, individual slices are cut from the tape-cast sheet using a laser and stacked to... [Pg.402]

A new rapid prototyping technique. Laminated Object Manufacturing (LOM), was described [230]. It was shown that, when properly treated, LOM molds can be used in conjunction with the RTM process to produce prototype composite parts from a VER toughened with unidirectional E-glass fiber... [Pg.85]

Materials for laser sintering and selective laser sintering Laminated Object Manufacturing Principles, Advantages, and Disadvantages Commercial LOM Processes (Cubic Technologies)... [Pg.77]

Materials Development for Laminated Object Manufacturing Conclusions... [Pg.77]

Figure 21 Schematic illustration of laminated object manufacturing. (1) Vertically movable building platform (2) material feedstock (3) enrolled residual material (4) horizontally movable, heated roller for lamination (5) CO2 laser and (6) optical system for cutting of layer contours and cross-hatch pattern with focused laser beam. Figure 21 Schematic illustration of laminated object manufacturing. (1) Vertically movable building platform (2) material feedstock (3) enrolled residual material (4) horizontally movable, heated roller for lamination (5) CO2 laser and (6) optical system for cutting of layer contours and cross-hatch pattern with focused laser beam.
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See also in sourсe #XX -- [ Pg.221 ]



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