— Why is RealGuide gaining popularity? 
— Key features and capabilities
— Overview of the Surgical Module
— Overview of the Sandbox Module
— Overview of the Segmentation Module and additional useful modules.

— Creating a tooth-supported surgical guide with a defect enabled
— Sleeve selection and offset adjustment
— Creating a custom sleeve from drawings
— Writing a surgical drilling protocol for a navigational set.

— Creating a radiographic surgical guide
— Principles of matching the radiographic guide with CT data
— Data assembly in the 3D scene
— Modeling a mucosa-supported surgical guide.

— Matching edentulous jaw models with CT data and creating a digital wax-up: implementation options
— Creating a surgical guide base on fixation pins
— Creating a sectional surgical guide
— Options for fixing the base and counterpart parts of surgical guides.

— Implant positioning during immediate extraction
— Creating a surgical guide for transferring fixation pin positions
— Preparing the 3D jaw model for work
— Creating a surgical guide based on the placed pins.

— Creating a surgical guide for fixation pins
— Creating a base guide for ridge reduction
— Creating the counterpart part of the surgical guide for osteotomy preparation
— Options for fixing the sectional guide parts together.

— Modeling a surgical guide for bite transfer
— Working with intraoral scan markers
— Making a scanning guide for digital post-op data transfer to existing project
— Data matching in the 3D scene.

— Creating channels in the virtual prosthesis
— Options for fixing the prosthesis relative to surgical guides
— Combining analog and digital workflows
— Transferring implant positions to models.

— Creating surgical guides for tooth autotransplantation
— Creating surgical guides for gingival contour correction
— Modeling a surgical guide for bone trepanation
— Creating a custom healing abutment.

— Importing an FP1 prosthesis from exocad
— Matching the adapter with the anatomical model
— Linking files with the wax-up
— Implant placement for All-on-4
— Selecting multi-units and determining the angles between channel exits
— Surgical aspects of positioning fixation pins.

— Placing fixation pins from the palatal and vestibular sides
— Demonstration of the metal guide base and tooth-supported fixator
— Sleeve selection and offset adjustment
— Creating blanks for metal housing seats for sleeves
— Creating clearance for sleeve seating
— Modeling the base metal guide.

— Removing excess elements in the sleeve housing seats
— Creating a tooth-borne positioner for the metal guide
— Removing teeth on the anatomical model
— Creating a metal guide with sleeves for a full navigational protocol
— Placing custom retention and magnetic connectors
— Aligning the connectors.

— Linking connectors with the base of the metal guide
— Cleaning the housing seats for magnets and retention elements in the base
— Linking the tooth-borne positioner with the connectors via a bar
— Linking the sleeve-bearing metal guide with the connectors
— Cleaning the housing seats for magnets and retention elements in the guide.

— Creating the insertion path for the milled PMMA prosthesis in the adapter
— Creating the flanges for the milled PMMA prosthesis; design verification
— Discussion of results + bonus.

— Creating a transition system for a milled PMMA prosthesis
— Linking connectors and prosthesis adapter with a bar
— Creating supports for prosthesis flanges
— Creating housing seats and clearance for prosthesis flanges.