The video highlights the new features in Helios 500 1.9 software update, including a model builder tool, orthodontic simulation, remote locking for lab-clinic collaboration, and various algorithm improvements. Key moments: 02:00 The video introduces a 1.9 software update, explaining how to check for updates, download, and install the new version, emphasizing the importance of being connected to Wi-Fi for the update process. -Step-by-step guide on checking for updates, downloading, and installing the new software version, ensuring a seamless update process. -Importance of being connected to Wi-Fi for receiving and installing the latest software updates to stay up-to-date with new features and improvements. 06:41 Updating the new software version prompts users to join the Customer Experience Improvement Program, advises updating firmware for better scanning experience, and introduces new features like case lists and cloud-based storage integration. -Joining the Customer Experience Improvement Program and updating firmware is recommended for software enhancement. -Introduction of new features like case lists and integration with cloud-based storage for improved scanning experience. -Enhancements in software functionality include new application lists, a delete option for scan cases, and improved order list management. 12:45 The video discusses the new update on automatic recognition of teeth and soft tissue in dental scanning using artificial intelligence, improving accuracy and efficiency. It also explains the high resolution marking tooth option for precise dental restorations. -Enhanced automatic recognition of teeth and soft tissues through artificial intelligence improves scanning efficiency and accuracy in dental procedures. -The high-resolution marking tooth option allows for precise marking of dental preparations, aiding in capturing detailed images for restoration procedures. 18:49 Improvements have been made for shining surfaces and implant scanning tools, providing better scanning experiences. New application integrations allow for creating base models for 3D printing directly from scans in the software. -Enhancements for shining surfaces and implant scanning tools. Detailed explanation provided for capturing shining surfaces easily with automatic adjustments. -Optimizing implant scanning process. Instructions on changing model position for better scanning experience with new cutting tools and guidance messages. -Introduction of new application integrations. Creation of base models for 3D printing directly from scans in the software, enhancing workflow efficiency. 24:54 Understanding the software tools for 3D model manipulation is crucial. Using options like brush and polygon tools helps in precise editing and adjustments, ensuring the model meets the desired specifications. -Exploring split view options and selecting Maxilla or Mandible views for editing. Understanding the importance of carefully removing unwanted areas from the model. -Utilizing brush and polygon tools for manual area reduction and precise cutting. Adjusting brush size and reverting changes using the plus and reset options. -Demonstrating how to use the polygon tool for cutting specific areas. Emphasizing the ability to undo changes and the importance of precision in editing. 31:01 Creating 3D models for 3D printing and orthodontic simulations using a new model builder application. The application offers trial versions and requires installation for simulation processing. -Exporting 3D models for 3D printing after adjusting midline position, translating, and rotating the model. -Utilizing the orthodontic simulation option in the trial version of the application, requiring installation and processing time for alignment. -Sharing the application via Google Drive for download, installation, and accessing the model base options. 37:07 Orthodontic simulation software allows communication between doctors and patients for treatment options. It provides visualization from various angles to aid in treatment planning and is not a treatment tool but a communication aid. -Different viewing options in the simulation software allow for comparisons and visualization from various angles for treatment planning. -The software enables communication between orthodontists and patients to discuss treatment options, enhancing patient engagement and understanding. -The added feature of remote device lock in the software ensures that cases are only shared with specific partner laboratories, enhancing security and workflow control. 43:56 Improvements in algorithms have enhanced scanning efficiency and accuracy, benefiting low configuration devices and small tip ports, optimizing memory usage and implant mode for better performance. -Enhancements in scanning algorithms improve efficiency and accuracy for low-end devices and small scanning ports. -Optimizations in memory usage and implant mode enhance performance and reduce memory consumption for improved scanning results. -Algorithm improvements focus on enhancing scanning details and efficiency, benefiting users without visible changes in the interface. 49:18 Ensure to scan slowly and thoroughly, especially for a retracted version, during the dedicated 1.9 update session, and encourage further questions via email for detailed discussions. -Emphasize the importance of addressing questions related to the 1.9 version specifically during the session. -Encourage participants to reach out via email for additional scanning questions and detailed discussions post-session. Generated by sider.ai
The video highlights the new features in Helios 500 1.9 software update, including a model builder tool, orthodontic simulation, remote locking for lab-clinic collaboration, and various algorithm improvements.
Key moments:
02:00 The video introduces a 1.9 software update, explaining how to check for updates, download, and install the new version, emphasizing the importance of being connected to Wi-Fi for the update process.
-Step-by-step guide on checking for updates, downloading, and installing the new software version, ensuring a seamless update process.
-Importance of being connected to Wi-Fi for receiving and installing the latest software updates to stay up-to-date with new features and improvements.
06:41 Updating the new software version prompts users to join the Customer Experience Improvement Program, advises updating firmware for better scanning experience, and introduces new features like case lists and cloud-based storage integration.
-Joining the Customer Experience Improvement Program and updating firmware is recommended for software enhancement.
-Introduction of new features like case lists and integration with cloud-based storage for improved scanning experience.
-Enhancements in software functionality include new application lists, a delete option for scan cases, and improved order list management.
12:45 The video discusses the new update on automatic recognition of teeth and soft tissue in dental scanning using artificial intelligence, improving accuracy and efficiency. It also explains the high resolution marking tooth option for precise dental restorations.
-Enhanced automatic recognition of teeth and soft tissues through artificial intelligence improves scanning efficiency and accuracy in dental procedures.
-The high-resolution marking tooth option allows for precise marking of dental preparations, aiding in capturing detailed images for restoration procedures.
18:49 Improvements have been made for shining surfaces and implant scanning tools, providing better scanning experiences. New application integrations allow for creating base models for 3D printing directly from scans in the software.
-Enhancements for shining surfaces and implant scanning tools. Detailed explanation provided for capturing shining surfaces easily with automatic adjustments.
-Optimizing implant scanning process. Instructions on changing model position for better scanning experience with new cutting tools and guidance messages.
-Introduction of new application integrations. Creation of base models for 3D printing directly from scans in the software, enhancing workflow efficiency.
24:54 Understanding the software tools for 3D model manipulation is crucial. Using options like brush and polygon tools helps in precise editing and adjustments, ensuring the model meets the desired specifications.
-Exploring split view options and selecting Maxilla or Mandible views for editing. Understanding the importance of carefully removing unwanted areas from the model.
-Utilizing brush and polygon tools for manual area reduction and precise cutting. Adjusting brush size and reverting changes using the plus and reset options.
-Demonstrating how to use the polygon tool for cutting specific areas. Emphasizing the ability to undo changes and the importance of precision in editing.
31:01 Creating 3D models for 3D printing and orthodontic simulations using a new model builder application. The application offers trial versions and requires installation for simulation processing.
-Exporting 3D models for 3D printing after adjusting midline position, translating, and rotating the model.
-Utilizing the orthodontic simulation option in the trial version of the application, requiring installation and processing time for alignment.
-Sharing the application via Google Drive for download, installation, and accessing the model base options.
37:07 Orthodontic simulation software allows communication between doctors and patients for treatment options. It provides visualization from various angles to aid in treatment planning and is not a treatment tool but a communication aid.
-Different viewing options in the simulation software allow for comparisons and visualization from various angles for treatment planning.
-The software enables communication between orthodontists and patients to discuss treatment options, enhancing patient engagement and understanding.
-The added feature of remote device lock in the software ensures that cases are only shared with specific partner laboratories, enhancing security and workflow control.
43:56 Improvements in algorithms have enhanced scanning efficiency and accuracy, benefiting low configuration devices and small tip ports, optimizing memory usage and implant mode for better performance.
-Enhancements in scanning algorithms improve efficiency and accuracy for low-end devices and small scanning ports.
-Optimizations in memory usage and implant mode enhance performance and reduce memory consumption for improved scanning results.
-Algorithm improvements focus on enhancing scanning details and efficiency, benefiting users without visible changes in the interface.
49:18 Ensure to scan slowly and thoroughly, especially for a retracted version, during the dedicated 1.9 update session, and encourage further questions via email for detailed discussions.
-Emphasize the importance of addressing questions related to the 1.9 version specifically during the session.
-Encourage participants to reach out via email for additional scanning questions and detailed discussions post-session.
Generated by sider.ai
How can I activate the model builder. I have the option activated but it shows in gray and doesn't let me select it
What am i supposed ro go back to 1.1.1.8