Remote Fabrication: Difference between revisions
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*Production method leveraging [[Expertise-Embedded Design]] | *Production method leveraging [[Expertise-Embedded Design]] where a remote operator connected via the internet can control production, operations, or logistic steps. This can also apply to remote quality control, tele-design and prototyping. | ||
*Genearal Applications: distributed production by non-expert individuals. Production support in existing production systems. General automation and blending of remote and onsite work. Remote quality control. | |||
*Enterprise Applications: tele-manufacturing or tele-production | |||
*Tele-Design & Prototyping: Integration of Reverse Engineering (RE) and Rapid Prototyping (RP) to create and analyze 3D models in real-time for distributed manufacturing. | |||
*Tele-welding | |||
*Tele-logistics | |||
*Remote operations - such as machine control in construction. People would love that remotely - on the ground it is painful. Why? Because machines break, etc. Extertise-embedded design could solve this. | |||
Latest revision as of 15:16, 21 January 2026
- Production method leveraging Expertise-Embedded Design where a remote operator connected via the internet can control production, operations, or logistic steps. This can also apply to remote quality control, tele-design and prototyping.
- Genearal Applications: distributed production by non-expert individuals. Production support in existing production systems. General automation and blending of remote and onsite work. Remote quality control.
- Enterprise Applications: tele-manufacturing or tele-production
- Tele-Design & Prototyping: Integration of Reverse Engineering (RE) and Rapid Prototyping (RP) to create and analyze 3D models in real-time for distributed manufacturing.
- Tele-welding
- Tele-logistics
- Remote operations - such as machine control in construction. People would love that remotely - on the ground it is painful. Why? Because machines break, etc. Extertise-embedded design could solve this.