NobelScience: Preventing complications

NobelScience

The science behind preventing complications

Explore the science behind our innovations and solutions to prevent and manage complication in real clinical setting, and see how evidence drives excellence.

Science in motion Clinical case stories Peer tips Science Hub and print

Why TiUltra™ surfaces?
Because you deserve real science

Explore the predictability of TiUltra™ surface, the role of premium manufacturing on surface cleanliness, and innovations in handling complication.

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Science in motion

Every solution we bring forward is grounded in rigorous research, designed to deliver predictable outcomes and prevent complications. Explore the science behind our innovations and solutions to prevent and manage complications in real clinical settings, and see how evidence drives excellence.

Clinical case stories

Explore step-by-step clinical cases grounded in science, focusing on prevention and management of complications. Learn how evidence-based protocols, clinician expertise, and premium, scientifically validated solutions work together to control variables, reduce risk, and support predictable outcomes in everyday practice with practical insights for clinicians globally.

Managing a complex anterior mandibular defect: a step‑by‑step case report

Management of complex anterior mandibular defects: early diagnosis, infection control, and tissue preservation enable predictable, esthetic, long-term implant outcomes. Explore the case

Soft tissue-centered vertical ridge augmentation in a complex maxillary caset

Urban’s biologically driven approach with creos biomaterials prioritizes tissue preservation, reducing complications in demanding cases and enabling stable regeneration and predictable long-term outcomes.

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“The key to success is adhering to surgical and prosthetic protocols.”

All-on-4® treatment concept enables graftless full-arch rehabilitation, optimizing residual bone, implant positioning, N1 system performance, Xeal surface integration, and long-term predictability.

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Peer tips

Hear from experienced clinicians as they share evidence-based approaches to preventing and managing complications, supported by premium, scientifically validated materials and innovative solutions. Grounded in clinical research and real-world practice, these insights highlight how precision, advanced technologies, and rigorous protocols contribute to predictable, long-term outcomes and patient safety.

Excellent prosthetic survival and a low rate of complications with Procera individualized abutments

Procera restorations in single tooth indications demonstrate low complication rates, with CAD CAM NobelProcera abutments delivering high survival, prosthetic reliability, and long term esthetic success.

Read more in this interview

Impact of dehiscence and membrane exposure on patient satisfaction

NobelParallel implants and final prothesis

Impact of dehiscence in guided bone regeneration, GBR, horizontal defects, bone gain, patient outcomes, exposure, management.

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This technique is less invasive and has a shorter healing time

Immediate implant placement in posterior maxilla with NobelActive and creos biomaterials, optimizing positioning, sinus lift approach, healing time, and predictability.

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How do we test fatigue, screw loosening, primary stability and more?

Biomechanics-driven testing validates N1 implant system performance, fatigue strength, connection sealing, and insertion dynamics to ensure safety reliability and predictability.

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Beyond osseointegration: the long-term biological vision in implant prosthodontics

Dr. Giacomo Fabbri from Italy outlines biologically driven implant position, Xeal surface technology, emergence profile design, and soft tissue stability for predictable long-term outcomes.

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Science Hub (ready to download)

Discover concise, print‑ready resources highlighting strategies to prevent complications through thorough planning and the use of scientifically tested solutions and materials. These insights demonstrate how evidence‑based protocols, validated workflows, and high‑quality materials support predictable outcomes, risk reduction, and long‑term clinical reliability.