Like many rapid prototyping processes, LOM is primarily used for molds, models, and design evaluation. swiftly made LOM molds can be used to make the actual product. It is easier to adjust the mold by a rapid method than to constantly be changing the actual product. Physical models of products can be used to conduct tests such as air and fluid flows and scaled tests. Also, physical objects make it easier to detect flaws in the virtual design of the product. Mistakes such as size problems or connection difficulties can be easily detected with physical models. Models also make marketing an idea to a possible buyer easier. A hands on sale is more effective than a virtual sale. By using LOM to create these models, both money and time can be saved.

Basically anything that can fit within the size limitations of the machine can be made. However, objects with hollow parts are difficult because the cores must be cleaned out during the process. Currently a vacuum system is in the works, but for now, objects like this (molds for example) are made as two separate parts and connected later.

Many industries utilize LOM. In the medical field, instruments and bone implants are currently being produced with the aid of LOM. The military, Aerospace, and Automotive industries use LOM to help make rotors, turbines, nozzles, flame holders and other objects. LOM is even utilized by companies specializing in recreation. Golf club molds are made using LOM. By now means are these the only product that LOM can be used for, but they help to explain LOM's wide variety of applications.

Christine FitzGerald, Nate Danielson, Umar Munroe, Matthew Cain, Armando Morreale, Frank DelRio
2-23-98