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A landmark publication in the Journal of Prosthetic Dentistry marks a significant milestone for PIC app, right after the first scientific study published on the precision and potential of PIC app's smartphone-based photogrammetry.
For the first time, a peer-reviewed clinical technique paper outlines the complete PIC app workflow from immediate implant placement through final prosthesis delivery. This is the first peer-reviewed clinical technique paper describing a smartphone-based photogrammetry workflow for capturing implant positions and angulations in full arch restorations, validating what practitioners worldwide have experienced since PIC app's launch.
Dr. Gómez-Polo led a team of experts to put PIC app's digital workflow to the test: this publication documents a complete clinical case from immediate implant placement through final prosthesis delivery, demonstrating PIC app's integration into real-world clinical practice.
PIC app mobile application interface.
Expanding on the findings of a previous in vitro accuracy study that analyzed PIC app's precision metrics, this technique paper presents a comprehensive clinical case: a patient requiring maxillary and mandibular complete arch implant-supported fixed prostheses with immediate placement and loading in both arches.
PIC transfers placed on multi-unit abutments and tightened to 10 Ncm, and placement of scan bodies on multi-unit abutments for intraoral scanning.
The capture process with PIC app is straightforward, as outlined in the paper: after downloading the app on a compatible smartphone device and activating an account, doctors can follow the usual phases for tooth extraction, implant placement, abutment torquing, and PIC transfers (photogrammetry implant transfers) placement.
Next, following technical recommendations for a successful capture, the clinician takes a series of photos with PIC app, positioning the smartphone at different angles until the capture reaches 100% on-screen. The app automatically generates a PIC file containing precise implant positions and angulations. The process works both for provisional and definitive prosthesis captures.
Digital design of screw-retained provisional restorations and provisional prostheses placed intraorally after computer-aided manufacturing.
The workflow then combined PIC app's photogrammetric data with intraoral scanning for soft tissue shape. This integration facilitated the design and delivery of interim PMMA prostheses, followed by definitive monolithic zirconia restorations after the osseointegration period.
Dr. Gómez-Polo's team emphasizes key advantages documented in their clinical case. The PIC app workflow eliminates conventional impressions, splinting processes, and passive fit verification typical of analog methods, reducing chair time while maintaining accuracy.
As the authors note, "this simplified protocol enhances accessibility and portability in clinical settings," making PIC app available to practices of all sizes. The digital workflow also facilitated rapid delivery of provisional prostheses with confidence in fit accuracy, which is particularly valuable in immediate loading scenarios.
As with any technique, practice and attention to key details are essential for best results. PIC app's algorithm provides guidance to ensure complete coverage and sufficient data quality is gathered throughout the capture process. PIC dental provides comprehensive PIC app training workshops and ongoing support to help practitioners master the technique quickly.
Dr. Gómez-Polo's team concludes that the technique "has shown the potential to simplify the provision of complete arch implant-supported prostheses while maintaining high accuracy and an efficient workflow," offering "a portable, cost-effective alternative to traditional photogrammetry systems."
This publication establishes a defining moment for PIC app's smartphone-based photogrammetry in implant dentistry. It contextualizes PIC app's role in expanding PIC dental's photogrammetry ecosystem, which is validated by over 48 scientific publications since its initial release in 2010.
PIC dental's photogrammetry now fits in your pocket. For practices just beginning their full arch journey or those seeking accessible entry to photogrammetry, PIC app delivers clinical-grade precision without the equipment complexity or capital investment of traditional systems. For high-volume practices, the dedicated formats (PIC system, PIC system Gravity, and PIC system Station) continue delivering gold standard accuracy validated by over a decade of research.
Ready to experience photogrammetry in your full arch cases? Subscribe to PIC app and join practitioners transforming their implant workflows with smartphone-based precision.
SOURCE
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Gómez-Polo, M., Rodríguez-Fernández, E., Vasquez-Ramos, S., & Revilla-León, M. (2025). A digital workflow using a smartphone-based photogrammetry app for capturing implant positions in complete arch fixed implant-supported prostheses.
The Journal of Prosthetic Dentistry, 2025, ISSN 0022-3913. https://doi.org/10.1016/j.prosdent.2025.09.017
