Zero Bone Loss Concepts Course with Prof. Tomas Linkevičius | London 2026

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https://dentaliceberg.com/zero-bone-loss-concepts-with-prof-tomas-linkevicius/

Join us for an exclusive, first-time-ever masterclass in the UK with one of the world’s most influential figures in implant dentistry – You will apply these concepts in your practice from the very next day.

Prof. Linkevičius is internationally renowned for his research on crestal bone stability, vertical soft-tissue thickness, and his pioneering philosophy, Zero Bone Loss Concepts (ZBLC). His scientific contributions have fundamentally reshaped modern implantology, equipping clinicians with predictable, evidence-based protocols to achieve long-term bone and soft-tissue stability around implants.

This intensive hands-on programme is designed for clinicians who want to refine their surgical and prosthetic skills with methods proven to improve long-term implant success and soft-tissue health. Over the course of two training days, participants will gain deep insight into delayed and immediate implant protocols, vertical soft-tissue enhancement, and prosthetically driven implant planning – supported by extensive hands-on practice.

Regsiter Now at Super Early Bird Rate:

https://dentaliceberg.com/zero-bone-loss-concepts-with-prof-tomas-linkevicius/

• Development of crestal bone stability through surgical concepts
• Impact of vertical soft tissue on crestal bone preservation
• Platform switching: does it truly protect bone?
• Influence of implant placement depth
• Importance of implant–abutment connection stability
• Bone remineralisation & corticalisation in thick tissues

a) Subcrestal implant placement
b) Flattening of the alveolar bone
c) “Tent Pole” technique
d) Vertical soft-tissue thickening

Practice on pig jaws:

• Incision design
• Blunt flap release for tension reduction
• Preparation of allogenic membranes
• Membrane positioning
• Matrix-suture stabilisation

Techniques performed:

• Subcrestal implant placement
• Tent pole method
• Alveolar bone flattening
• Vertical soft-tissue thickening

• Soft-tissue profile creation with individual healing abutments

• Rationale for immediate implant placement: benefits and risks
• Why immediate implants can fail—and how to prevent it
• Biological success factors
• • Osseointegration
  • Emergence profile
  • Peri-implant tissue response
• Achieving primary stability & controlling crestal bone levels

• Immediate molars (Types A, B, C):
• • Implant depth
  • Bone grafting
  • Stability
  • Healing abutments
  • Soft-tissue grafting
• Immediate premolars
• Immediate anterior implants
• Complications and how to avoid them

Practice with models:

• Extraction socket evaluation
• Elimination of thin septum
• Determining implant diameter & thread width
• Implant placement in molars & premolars when standard apico-coronal positioning is not possible
• Fabrication of individual healing abutments

• How to control cement remnants after cementation
• Supragingival margins & custom abutments
• Relationship between cement and peri-implant disease
• Screw-retained restorations vs. cement-retained
• Use of Ti-bases in restorations
• Best cements for Ti-bases

• Subgingival: zirconia, titanium, ceramics—pros & cons
• Use of ultra-polished zirconia
• Peri-implant soft-tissue composition
• Supragingival materials (ceramics, e.max, monolithic zirconia): indications and selection

• Implementation of Prof. Linkevičius’s special impression method for deeply positioned implants
• Stabilisation of the transfer using occlusal registration materials

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