In the 4 quarter of Year 2016, my experiences of All-on-4 treatment concept with NEOBIOTECH implant has been starting with immediate loading full mouth implants &fixed hybrid dentures treatment. I chose NEOBIOTECH because of “Anytime loading concept with Sufficient C-fixation & failure rate less than 1%” which I started to learn their concept in the beginning, including various multi unit abutments supply with affordable price. Additionally, I could not find these from other companies at that time.
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I learn and practice increased number of implant cases with NEOBITOECH implant products & special kits. I appreciated their treatment outcome. Until the middle of Year2017, I started to switch all my implant cases, single unit to full arch, using only NEOBITOECH brand.

I step forward to provide my patients with NEOBIOTECH All-on-4 treatment because there are new products helping me to get the simpler work with the higher success along the way that I experience with.
Year 2018, I started to use the first case of 3D-NAVI Guide for positioning the implants placement in the upper All-on-4 compromised bone width case.

Year 2019, SCRP abutment with short hex design was launched in Thailand. The short hex abutment design allows retrievable within 20° between implants. I started to use it in the new design of my multi unit & full arch prosthesis, which is called “Screw cement retained prosthesis (SCRP)”. The restorations can be fixed with the SCRP abutments from the lab, and we can insert complete the prosthesis within seconds.

Year 2020, I applied SCA kit for changing the upper distal tilted implants to the straight axis by sinus cortical floor preparation with reamer burs to All-on-4 case in upper jaws. This technic allows us to get bicortical stability of upper posterior implant which is more tolerance for bending moments/ vertical force/ lateral force than the mono cortical stability as usual.
Year 2025, regarding the whole pictures within few years’ time of innovation and technology in dental implant dentistry fields. Now we can use CAD & CAM technology,including the information and products that were mentioned, for our All-on-4treatment with NEOBIOTECH implants. These are called “Fully Digital Workflow”. The updated treatment process is easier – faster – more convenience in the real practice in the dentist’s hand & more comfortable to the patients
.In my 90minutes lecture I will focus the first part of All-on-4 treatment in the conventional technique because some dentists can still use this process in the real practice in nowadays, including this is the foundation of the second part the I will lecture All-on-4 treatment in the fully digital workflow. I will dive in the details which will be covered of the case planning – surgical part – prosthodontic part. Both technics will be presented with the various of my real practice cases which I hope the participants can understand clearly with “My long journey of All-on-4 treatment cases with NEOBITOECH implants”.

Adopting digital technology into dentistry, especially in Full-arch dental implant reconstruction such as All-on-X approach, several benefits has been fulfilled. The treatment time is reduced, and safety is increased. The complicated time-consuming surgery becomes more manageable. It is also possible to reproduce the exact same prosthesis. Several alternative approaches have been presented using different software and systems. Techniques are vary and also have limitations. The search for the better approach is still ongoing. The final solution is yet to come. However, the technology provides no guarantee for the success of treatments. Good understanding the core concept and well execution will ensure not only the success of the treatment,but also patient satisfaction.

The introduction of advanced 3D imaging has forever changed our perception of human anatomy, exponentially increasing the ability to diagnose and treatment plan.
CBCT serves as the foundational tool to understand individual patient presentations to aid in determining appropriate treatment options. The implementation of artificial intelligence has provided additional opportunities to aid in the diagnostic and treatment planning process by solving repetitive tasks in far less time than prior means. Once, such labor-intensive 3-D operations involved separating objects based on their density values, defined as “segmentation,” used to separate the mandible from the maxilla, the tooth and roots from the alveolar bone, and help create virtual surface models that can be exported for 3-D printing. This invaluable tool has been significantly enhanced through the implementation of artificial intelligence, making it easier to integrate surface models into the digital workflow for the fabrication of surgical guides and other applications.

The current presentation will introduce a proven, novel surgical guide concept for the maxillary full-arch implant placement. The NPC pin guide provides a unique solution for the maxillary arch, providing initial guide stability with an innovative rotational path guide that engages the nasopalatine canal. The proof-of-principle concept has been made possible through AI-facilitated bone segmentation, creating an efficient path to guide design and fabrication for implants and more! The surgical guides can be fabricated off-site or in-office with the latest in 3-D printing technology.The NPC pin guide has also been shown to be effective for the additional purpose of facilitating lateral sinus augmentation procedures, increasing accuracy and preventing complications. Future applications for zygomatic implants will also be illustrated.

Once the implants are planned, whether guided or not, the next step is to maintain accuracy and precision for the restorative phase. This program will demonstrate how advanced technology can facilitate the design of surgical guides for implant placement, followed by the implementation of extra-oral and intra-oral photogrammetry for enhanced accuracy and fit of transitional and final restorations.

Contemporary oral implantology is at a pivotal moment, where technological advancements have profoundly transformed the way we diagnose, plan, and execute treatments. However, this evolution should not be understood as a replacement of classical biological principles, but rather as an opportunity to integrate them in a more precise, controlled, and predictable manner.
The lecture “Digital Harmony: Where Technology Meets Biology” presents an integrative vision of digital dentistry, in which tools such as intraoral scanning, facial scanning, intraoral photogrammetry, CBCT imaging, digital planning, and additive manufacturing (3D printing) function as supportive instruments that enhance biological respect, rather than as isolated protagonists of treatment.
A central message of this presentation is that true predictability in implant dentistry does not arise from technology alone, but from its correct clinical application,grounded in a solid understanding of bone biology, soft tissue healing, biomechanics,occlusion, and the management of systemic and local risk factors. Technology allows us to see better, measure more accurately, and execute with greater precision, yet clinical judgment remains the cornerstone of decision-making.

The concept of “Digital Harmony” is defined as the balance between technology,biology, and clinical expertise, where every digital tool must ultimately serve living tissues, real patients, and their individual conditions. In this context, digital dentistry moves beyond being a trend or a marketing resource, becoming a strategic clinical support system aimed at achieving safer, more efficient, and more predictable implant treatments.
Finally, the lecture invites reflection on the role of the dental professional in the digital era not as a mere operator of technology, but as a critical clinician capable of integrating innovation, scientific evidence, and biology to deliver truly patient centered care.

Sinus lift procedures play a critical role in enabling successful dental implant placement in the posterior maxilla where bone height may be insufficient due to the proximity of the maxillary sinus. This is a valuable technique that can help avoid cantilevers and treat full arch atrophic ridges that are commonly seen in combination syndrome. This workshop will provide a comprehensive overview of the various techniques employed in sinus lift procedures, aimed at enhancing participants'understanding and proficiency in this essential aspect of implant dentistry.Strategies to avoid extra maxillary anchorage will be elaborated.

‍Attendees will be introduced to lateral approaches to sinus augmentation, with a focus on the indications, contraindications, and procedural steps associated with each technique for various type of extreme atrophy noted in combination syndromes.
The workshop will also delve into the advanced principles of bone grafting materials,membrane selection, and post-operative care to optimize treatment outcomes.

‍Through interactive case discussions, participants will gain valuable insights into patient selection, treatment planning, and complication management in sinus lift procedures. This lecture is designed for both novice and experienced clinicians looking to expand their skill set and elevate their proficiency in performing successful sinus lift surgeries.

Full-arch rehabilitation in implant dentistry has entered a transformative era driven by the convergence of advanced digital workflows and CMI-based fixation concepts. This lecture will highlight how comprehensive digital integration—from diagnosis to delivery—reshapes treatment precision, elevates predictability, and enhances long term success in complex full-arch implant cases.

‍Central to the session is the practical application of digital planning, including virtual patient simulation, prosthetically driven implant positioning, and risk-mapping through CBCT–IOS integration. Attendees will learn how digital tools streamline decision-making, optimize implant trajectories for cortical engagement, and ensure biologically sound fixation—regardless of bone quality or anatomical limitations.
‍The role of fully guided surgical workflows will be examined, showcasing how these systems minimize surgical variability, improve accuracy, and create repeatable outcomes across clinicians and case types. Emphasis will be placed on how digital workflows simplify immediate loading protocols, improve provisionalization accuracy,and shorten clinical turnaround without compromising scientific rigor.

Clinical case demonstrations will illustrate end-to-end workflows—from diagnosis and virtual planning to guided execution and final prosthetic delivery—highlighting predictable reproducibility in both straightforward and challenging scenarios.
‍Discussion will include digital risk assessment, complication avoidance, and workflow driven prosthetic design strategies that enhance long-term peri-implant stability.

This session is designed to empower clinicians to confidently adopt streamlined,digitally governed treatment pathways, where fixation principles merge seamlessly with technology to translate planning into performance, and ultimately, fixation into function.

Implant therapy has been a reliable and widely used method for the reconstruction of missing teeth for many years. In addition to its application in single-tooth replacements, it has become one of the fundamental components of dental rehabilitation in complex surgical cases.
Although conventional prosthetic approaches may be used for dental rehabilitation following reconstruction, these methods are often functionally and aesthetically inadequate in many cases. In particular, patients with iliac crest–augmented atrophic mandibles, syndromic conditions, post-traumatic defects, or resected mandibles are frequently unable to achieve satisfactory dental function. In such advanced surgical cases, conventional prosthetic approaches alone often fail to provide acceptable clinical outcomes.
With recent advances in surgical techniques and digital technologies, implant supported prosthetic rehabilitation offers significant advantages in restoring both function and aesthetics. Implant-supported treatments not only rehabilitate patients prosthetically but also contribute to the functional and biological reconstruction of oral tissues. However, implant surgery in grafted or reconstructed jaws requires a high level of precision; implant positioning, bone quality, anatomical limitations, and particularly the management of peri-implant soft tissues play a decisive role in treatment success.
The aim of this presentation is to highlight the challenges of implant-supported rehabilitation in cases involving atrophic mandibles, mandibles reconstructed with microvascularized fibula grafts, post-traumatic conditions following traffic accidents, and syndromic disorders such as ectodermal dysplasia and cleidocranial dysplasia, and to emphasize the critical importance of implant surgery, peri-implant soft tissue management, and a multidisciplinary approach in achieving successful clinical outcomes.