1. In order to reverse engineer a complicated surface, or reproduce a lifelike image of a...

 

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1. In order to reverse engineer a complicated surface, or reproduce a lifelike image of a person's face, name a process/equipment that can be used. 2. For 15+ years the dominant rapid prototyping process was SLA. Describe briefly the process. 3. 3D printing has become commonplace over the last 2-3 years. Name at least three advantages of this process. 4. What are the two basic approaches the plastics industry has taken to reduce our carbon footprint? 5. What is "green polyethylene" and would it pose any problems for an injection molder? 1. In order to reverse engineer a complicated surface, or reproduce a lifelike image of a person's face, name a process/equipment that can be used. 2. For 15+ years the dominant rapid prototyping process was SLA. Describe briefly the process. 3. 3D printing has become commonplace over the last 2-3 years. Name at least three advantages of this process. 4. What are the two basic approaches the plastics industry has taken to reduce our carbon footprint? 5. What is "green polyethylene" and would it pose any problems for an injection molder?

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Reverse engineering a complicated surface or reproducing a lifelike image Process There are several options depending on the complexity and desired ou... View the full answer