Proto3000's video: Oqton for Dental Labs AI-Powered Automation Software for Metal 3D Printing and Milling

For more information about Oqton, visit In a harsh and constantly evolving market, staying competitive is the key. Schedule a meeting with our dental experts at https://bit.ly/3oFUNT1 to discuss how to increase dental production while reducing overall costs. Dental Laboratories are facing challenging times. Dental technicians with digital dentistry expertise are hard to find. Meanwhile, the recruited technicians often waste their time doing repetitive tasks, regulations and certifications such as the EU medical device regulation and ISO 13485, which require end-to-end traceability of machines, people and material at every step of the dental workflow. ​💡 How do you comply without adding complexity, burdening your technicians or endangering your production deadlines? ​🎯 Octon powered by AI is an operating system that automates the end-to-end workflow from the initial design to prepping files for production. Octon software provides automation for data preparation and optimizes support or pins, as well as dense nesting, which can be done to produce crowns, bridges, aligners, models, RPDs or any other dental application. Octon supports all types of 3D printers and CNC milling machines, regardless of the brand. 💲 The AI-driven software allows you to reduce material waste and increase output. In addition, you get full transparency and traceability across the production workflow. this supports Octon brings the future of smart automation to dental labs in one easy-to-use digital platform! Compatible with leading 3D printing / additive manufacturing platforms: EOS, Renishaw, HP, E-Plus 3D, Labtrac, Trumpf, 3D Systems, Roland, SIsma, DMG MORI, SLM Solutions, Concept Laser, Nexa3D, imes-icore, Prodways, Stratasys, 2oneLab and Xact Metal Subscribe now - https://bit.ly/2DeL5iH Follow us on Social! LinkedIn: https://bit.ly/3eaIVO1 Instagram: https://bit.ly/3e7XZMp Twitter: https://bit.ly/2ZTkKP1 Facebook: https://bit.ly/31UtmHL