Vat Polymerization: Difference between revisions
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(Created page with "Vat polymerization was the first additive manufacturing developed in 1986 by Charles hull. it starts with a print plate being lowered to the top of a vat filled with a photoreactive resin. a light source is then used to cure the first layer direct on the build plate. the build plate is then raised so the next layer can be cured directly onto the last. this is repeated until the part is complete. the part then must be put through a washing process, and then a final cure...") |
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== Process description== | |||
Vat polymerization was the first additive manufacturing developed in 1986 by Charles hull. it starts with a print plate being lowered to the top of a vat filled with a photoreactive resin. a light source is then used to cure the first layer direct on the build plate. the build plate is then raised so the next layer can be cured directly onto the last. this is repeated until the part is complete. the part then must be put through a washing process, and then a final cure with a strong light. | Vat polymerization was the first additive manufacturing developed in 1986 by Charles hull. it starts with a print plate being lowered to the top of a vat filled with a photoreactive resin. a light source is then used to cure the first layer direct on the build plate. the build plate is then raised so the next layer can be cured directly onto the last. this is repeated until the part is complete. the part then must be put through a washing process, and then a final cure with a strong light. | ||
==strengths== | |||
* fine detail | |||
* | |||
== weaknesses== | |||
* Toxic materials | |||
* weaker material properties | |||
* post processing | |||
==Technologies== | |||
There are a number of specific technologies that can vastly change to capabilities of a printer. | |||
Revision as of 12:05, 24 August 2023
Process description
Vat polymerization was the first additive manufacturing developed in 1986 by Charles hull. it starts with a print plate being lowered to the top of a vat filled with a photoreactive resin. a light source is then used to cure the first layer direct on the build plate. the build plate is then raised so the next layer can be cured directly onto the last. this is repeated until the part is complete. the part then must be put through a washing process, and then a final cure with a strong light.
strengths
- fine detail
weaknesses
- Toxic materials
- weaker material properties
- post processing
Technologies
There are a number of specific technologies that can vastly change to capabilities of a printer.