The Studio 11 3D Scanning Software Features an Autopilot Function
Michael Hemsworth — June 3, 2016 — Tech
References: artec3d & geeky-gadgets
Developed by Artec 3D, the Studio 11 3D Scanning Software is designed to help simplify the workflow when it comes to scanning 3D objects. An autopilot functionality has been created and added to the program to enable data processing in a much faster means than traditionally possible.
Many times when it comes to 3D scanning, users must scan the entirety of an object and then manually configure what needs to be deleted (i.e. the surface the object is on). The Studio 11 3D Scanning Software advanced smart mode will automatically delete this to make post-production more streamlined.
The software offers a bevy of enhanced functionalities that could be of vital use for those in the manufacturing industry and beyond.
Many times when it comes to 3D scanning, users must scan the entirety of an object and then manually configure what needs to be deleted (i.e. the surface the object is on). The Studio 11 3D Scanning Software advanced smart mode will automatically delete this to make post-production more streamlined.
The software offers a bevy of enhanced functionalities that could be of vital use for those in the manufacturing industry and beyond.
Trend Themes
1. Autopilot 3D Scanning - The development of autopilot functionality in 3D scanning software presents an opportunity to streamline and accelerate post-production workflows.
2. Smart Mode Scanning - The integration of software-based automated object deletion significantly simplifies the scanning process while creating opportunities to reduce production costs in many industries.
3. Enhanced Scanning Functionalities - The implementation of new features in scanning software, such as automated object deletion and other streamline post-production workflows, has created opportunities to revolutionize the industry in areas where speed and accuracy are critical.
Industry Implications
1. Manufacturing - The ability to reduce manual scanning and configuration times presents opportunities for catalytic production efficiency and increased output in manufacturing-related industries.
2. Artificial Intelligence - The integration of autopilot and Smart Mode functionality within scanning software suggests increased possibilities for AI integration and implementation in industries where speed and accuracy are essential.
3. Visualization - Increased scanning accuracy and efficiency enable more precise and complex visualization capabilities, having implications for industries such as architecture, film production, and virtual reality.
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