コース・セミナー

Learning objective

Flapless immediate implant placement and provisionalization (FIIPP) is a modern treatment method characterized by fast time-to-teeth, less surgical interventions with equal or better prosthetic results and better patient acceptance.

Dr. Edith Groenendijk and Dr. Tristan Staas have recently published a peer-reviewed study on the Flapless Immediate Implant Placement and Provisionalization (FIIPP) technique and the factors that affect its esthetic outcomes.  

In this course, they will take you through each step of FIIPP, from diagnosis, treatment planning, and surgical and prosthetic protocols, demonstrating the methods that can optimize predictable, long-term success.

• Point out the crucial steps that will lead to a predictable treatment outcome
• How to achieve primary stability needed for immediate loading
• Step-by-step procedure by means of literature, cases and live surgery
• Digital planning and prosthetic workflow
• Get familiar with the surgical protocol for NobelActive, a reliable implant solution for high initial stability and soft and hard tissue preservation

Why do I need to know about hard tissue augmentation?

• To expand my treatment scope for my patients regarding dental implant therapy
• To know how to evaluate the difficulty of the clinical scenario and be prepared to manage the complications
• To establish critical thinking regarding biomaterial selections instead of getting easily manipulated by different sales regimes of dental products

Why do I need to know about soft tissue augmentation?

• To keep updated with modern periodontics and implant dentistry by understanding the importance of soft tissue quality and quantity around natural teeth and dental implants
• To minimize postoperative complications of hard tissue augmentations
• To prevent biological peri-implant complications and excel in dental implant therapy
• To learn how to manage complications in dental implant therapy

Why do I want to take two days off and invest my time and money into this course?

• To obtain a comprehensive understanding of hard tissue augmentation with the integral support of soft tissue management
• To provide long-term implant stability and high-quality care to my patients
• To kill two birds with one stone by learning both hard and soft tissue augmentations in one goal
• To grow more competent in providing comprehensive dental implant therapy

1 abutment 1 time

In de afgelopen 15 jaar hebben we veel geleerd over het inmiddels bewezen concept “Immediate Replacement”. Dit heeft geleid tot de ontwikkeling van het nieuwe Nobel Biocare N1 systeem; minimaal invasieve chirurgie, snellere osseo-integratie en focus op muco-integratie. Het nieuwe N1™ implantaat systeem is uniek in al zijn facetten. 

Dankzij het “one-abutment one-time” concept wordt een controleerbare muco-integratie gecreëerd, wat zorgt voor een betere stabiliteit op lange termijn. De prothetische N1™ componenten waarborgen restauratieve flexibiliteit.

Learning objective

Flapless immediate implant placement and provisionalization (FIIPP) is a modern treatment method characterized by fast time-to-teeth, less surgical interventions with equal or better prosthetic results and better patient acceptance.

Dr. Edith Groenendijk and Dr. Tristan Staas have recently published a peer-reviewed study on the Flapless Immediate Implant Placement and Provisionalization (FIIPP) technique and the factors that affect its esthetic outcomes.  

In this course, they will take you through each step of FIIPP, from diagnosis, treatment planning, and surgical and prosthetic protocols, demonstrating the methods that can optimize predictable, long-term success.

• Point out the crucial steps that will lead to a predictable treatment outcome
• How to achieve primary stability needed for immediate loading
• Step-by-step procedure by means of literature, cases and live surgery
• Digital planning and prosthetic workflow
• Get familiar with the surgical protocol for NobelActive, a reliable implant solution for high initial stability and soft and hard tissue preservation