Full-arch rehabilitation. Implantation and prosthetics

– Treatment planning and algorithm

– Bone quantity and quality: factors

– Rehabilitation options for complete edentulism: justification of the choice

– All-op-4®: advantages of the method

– Advantages of extra-long implants

– Maxillary atrophy: treatment options

– Atrophy of the lower jaw: analysis of a complex clinical case

– All-on-4® in case of unsuccessful implantological treatment

– Rehabilitation V-II-V: indications and techniques

– Prosthesis manufacturing: laboratory stage

– Trans sinus placement of implants

– Zygomatic implants: indications

– Double zygomatic implants.

Recommended for: Prosthodontists, Implantologists.

– Innovative drilling protocol:

- Osseodirector™

- Osseoshaper™.

– Tri-oval implant design: mechanical and biological advantages

– The method of installing the NobelBiocare N1 implant

– The use of NobelBiocare N1 in a complex clinical situation.

Recommended for: Prosthodontists, Implantologists.

– Aesthetic rehabilitation: the stages of creating a beautiful smile:

- Facial analysis

- Dental-labial analysis

- Dental analysis.

– Determination of the centric relation

– Angle of inclination of the occlusal plane: value

– Determination of the occlusal plane: methodology

– Vertical dimention of occlusion: value

– Creating a surgical template

– The concept of a digital approach to work.

Recommended for: Prosthodontists, Implantologists.

– Complete edentulism: an analysis of the clinical situation

– Creating a radiopaque template

– Guided bone regeneration: indications

– Maxilla rehabilitation: demonstration of the technique

– Digital approach in rehabilitation: a clinical example

– The method of obtaining an accurate impression.

Recommended for: Prosthodontists, Implantologists.

– Aesthetic analysis with complete edentulism

– Bite registration: application of the facial bow

– Zygomatic implants: indications and methods

– Temporary orthopedic structures

– Digital impression: the method of obtaining

– Face scanning: creating a virtual patient

– Occlusal plane: the technique of ideal positioning

– Sheffield Test: technique

– Zirconium frame: аdvantages

– Monolithic and lined crowns: comparison

– X-ray contrast template

– Complete rehabilitation in case of unsuccessful prosthetics restorations

– Anatomy of orthopedic units.

Recommended for: Prosthodontists, Implantologists.

– Materials for prosthetics restorations

– Zirconium dioxide: properties and advantages

– Monolithic and layered approaches: advantages and disadvantages

– Biological integration: material selection

– The concept of a single abutment

– Methods of cleaning the prosthetics restorations

– Correction of occlusive contacts: tools

– Rehabilitation of a patient with complete adentia: a clinical example.

Recommended for: Prosthodontists, Implantologists.

– Analysis of facial features in the treatment of edentulous patients

– Incisal edge position

– Examination of edentulous patient: necessary data

– The flapless surgical approach: advantages and disadvantages

– Impressions: plaster or digital technologies

– Occlusal concept: principles

– Types of centric holding contacts

– Vertical dimension of occlusion: clinical criteria

– Indications for increasing the vertical dimension of occlusion

– Definition of centric relation.

Recommended for: Prosthodontists, Implantologists.

– Planning, treatment and maintaining: 3 stages of rehabilitation

– Horizontal disharmony: inter-incisal vertical midline and occlusal plane

– Prosthetic aspects after surgery: mistakes at the stage of temporary prosthetics

– Principles of determining the type of restoration

– Aesthetic and phonetic analysis

– Pontic area: design options

– Hybrid bridge: advantages

– Reversible and irreversible stages of rehabilitation

– Determining the number of implants.

Recommended for: Prosthodontists, Implantologists.

– Stages of rehabilitation:

- Phase A: Implantation and temporary prosthetics

- Phase B: Final rehabilitation.

– Number of implants: features of choice for the upper and lower jaw

– Submerged implants and temporary removable prostheses: clinical tips

– Strategies for temporary prosthetics

– Full-acrylic restorations: advantages and disadvantages

– Temporary prosthetics with immediate loading: a technique

– Design and material of the prosthetics: in vitro research

– Metal frame: manufacturing, advantages and disadvantages

– Intermediate abutments

– Biological width and bone remodeling: stability factors

– Tilted implants: prosthitic aspects

– Biomechanical and biological aspects of implant-bone contact.

Recommended for: Prosthodontists, Implantologists.

– The correct impression:

- The technique for the manufacture of a hybrid bridge

- Methodology for the manufacture of the bridge.

– Combination of zirconium frame and lithium disilicate

– Features of the frame design: anatomical and prosthetic

– Advantages of the combined approach

– Major and minor chipping: tactics

– Titanium and zirconium frame: differences in operation

– Hygiene maintenance.

Recommended for: Prosthodontists, Implantologists.

– The Well done™ concept: advantages and principles

– Electric welding in the oral cavity: the principle of operation of the equipment

– Tools and materials for intraoral welding:

- Abutments

- Wire

- Bending tools

- Welding Unit

- Pro-shell.

– The methodology of working with the WeldOne™ device

– Manufacturing of lunular and hybrid bridges: analog and digital approach

– Making a frame in the oral cavity: demonstration of the technique

– Guided welding approach

– Rehabilitation in conditions of lack of bone tissue: clinical examples.

Recommended for: Prosthodontists, Implantologists.

– Advantages of the conometric concept

– Requirements for conometric restoration

– Production of the frame by intraoral welding: methodology

– Rehabilitation in the conometric concept:

- With complete edentulism

- With partial edentulism

- If one tooth is missing.

– Maintenance.

Recommended for: Prosthodontists, Implantologists.