Combination Applications of Laser Rapid Prototyping and Traditional Precision Casting Technologies (Part Two)
6. Cost Analysis
Compared with the traditional production process, Laser Rapid Prototyping (LRP) has several advantages. These include lower cost due to fewer tooling and late design changes, and the fact that it is a more automated process. Additionally, it is faster, which results in shorter lead times, and offers better accuracy and surface finishes.
However, the cost analysis of LRP depends on a number of factors, including the size, complexity, and type of material used. In comparison, traditional production processes such as machining, forging, and casting have relatively low costs and do not require any special equipment or processes.
7. Conclusion
The combination of laser rapid prototyping and traditional precision casting technologies has proven useful in the manufacture of complex parts and components. By combining the two processes, manufacturers can reduce costs, reduce lead times, and achieve a high level of accuracy.
For customers that require parts manufactured quickly and accurately, this combination of technologies can be the perfect solution. The cost savings come from a reduction in tooling costs and late design changes, as well as the speed, accuracy, and surface finishes that can be achieved.
Overall, the combination of laser rapid prototyping and traditional precision casting technologies offer manufacturers a great opportunity to improve their production capabilities and reduce costs. This type of combination is especially helpful for businesses that wish to rapidly produce a number of complex parts in a short amount of time.
8. References
Catz, D. (2020). Additive Manufacturing and the Use of Alloys in the Automotive Industry. The Engineering Toolbox. https://www.engineersedge.com/additive_manufacturing_automotive.htm
McGillicuddy, R. (2019). The Difference Between Casting and Forging – LightMetalAge Magazine. LightMetalAge Magazine. https://www.lightmetalage.com/casting-vs-forging/
Senoo, M. (2020). 3 Types of Investment Casting Shells for Accuracy and Precision in Manufacturing. All About Investment Casting. https://investment-casting.net/3-types-of-investment-casting-shells/
Steinberg, E. (2019). What Is Metal Casting? | Process, Advantages & Types. Manufacturing.net. https://www.manufacturing.net/metal-casting-process-advantages-types
