Full-Arch Rehabilitation
Diagnosis, prosthetic planning, immediate loading, and long-term maintenance.
About
Prosthodontist, digital dentistry educator, and full-arch rehabilitation clinician.

Profile
Peter Cheng-Chung Lin is a prosthodontist focused on clinically reliable digital workflows for full-arch rehabilitation.
Experience
Clinical training, professional memberships, and teaching experience.
Expertise
Diagnosis, prosthetic planning, immediate loading, and long-term maintenance.
Implant-supported prosthetic design with a prosthodontic-first approach.
Clinically guided digital workflows for implant positioning and verification.
From records to design, validation, communication, and delivery.
Digital records and clinical scanning protocols for restorative planning.
Application of additive manufacturing in guides, records, and provisional workflows.
Activities
Sharing clinical workflows with professional audiences.
Teaching decision-making, protocols, and case-based learning.
Course platform for full-arch rehabilitation training.
Integrating digital tools into validated clinical processes.
Focused teaching and clinical documentation in full-arch cases.
Translating clinical experience into structured evidence.
Documenting workflows through academic publication.
Research
A concise overview of peer-reviewed work in digital dentistry and full-arch rehabilitation.
Publication 1
A concise clinical report describing a digital workflow that combines dynamic navigation and 3D printing for full-arch immediate loading fixed dental prostheses.
Clinical takeaway: Digital coordination can improve the predictability of immediate loading workflows when surgical, prosthetic, and provisional phases are planned as one system.
Publication 2
A clinical publication focused on the use of dynamic navigation with zygomatic implant strategies for patients with insufficient maxillary bone volume.
Clinical takeaway: Advanced full-arch implant strategies require careful spatial planning, prosthetic consideration, and clinically validated navigation protocols.
Publication 3
A publication describing a dynamic navigation method for rapidly confirming multi-unit abutment position and angulation in complex implant prosthodontic workflows.
Clinical takeaway: Chairside verification of MUA position and angulation can support more efficient decision-making in full-arch restorative workflows.
Focus
Timeline
Clinical excellence begins with curiosity.
Every digital workflow should ultimately improve predictability, efficiency, and patient outcomes.
My goal is not simply to adopt new technologies, but to understand their principles, validate them through clinical practice, and share reliable workflows with the dental community.
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Beyond Work
Beyond clinical work, teaching, and research, this section collects observations from everyday life.
Beyond Work
Beyond clinical work, teaching, and research, this section collects observations from everyday life.