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Virtual live conference of solidarity—Osstem Meeting Online drives digital transition

The Osstem Meeting Online is a series of interactive online symposia, which will take place on 12 May and 4, 18 and 27 June. (Image: Osstem Implant)
Osstem Implant

Osstem Implant

Wed. 29. April 2020

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SEOUL, South Korea: On 21 April, Osstem Implant held the first session of its virtual conference, the Osstem Meeting Online, which achieved over 95,000 total live cumulative views from more than 60 countries within 2.5 hours. This series of live-streamed symposia, which create a virtual conference experience for dental professionals around the globe, will culminate in a session on 27 June that will feature a socially sustainable fundraising campaign.

The world is holding its breath in the times of the coronavirus. The COVID-19 crisis is having a profound impact on social life and poses acute economic challenges for many industries, and the dental industry is no exception. Many events, including conferences and conventions, in the field are being cancelled or postponed. Osstem Implant too has announced the postponement of its 13th annual global symposium, the 2020 Osstem World Meeting in Istanbul in Turkey, to next year.

Driving a digital transition of dental conferences

At the same time, however, by employing high technology and new technical solutions for digitalisation, Osstem Implant is taking a crucial leap towards the new era of implantology. Since 2018, Osstem Implant has already been providing dental professionals with opportunities to participate in its annual global meeting by offering live-streaming services. Based on its years of experience in digital transformation, Osstem Implant invites dental professionals around the world to an entirely virtual global conference experience this year. The Osstem Meeting Online will run until 27 June 2020, and the entire programme, including nine lectures and five live surgeries, will come alive via its own interactive live-streaming platform.

Hoping that the global situation will get better, we provide the ultimate virtual live conference experience this year, bringing dental professionals of the world closer to innovative ways of living together, Osstem Implant stated.

Knowledge transfer through real-time interaction

Whether they are at entry level and keen to learn or experienced dental professionals seeking a new challenge, attendees will find relevant standard and highly advanced live surgeries and comprehensive seminars by world-renowned speakers. Allowing the maximum knowledge transfer through real-time interaction between speakers and attendees, the first session on 21 April featured two live surgeries. Covering rare cases of implant placement in partially and completely edentulous patients aged over 70, it successfully delivered first-class implant treatment educational content to participants. All attendees had the opportunity to pose real-time questions and engage further with the speakers and other participants after the session.

Towards solidarity in dental implantology

On 27 June, the conference will celebrate its grand finale with a live surgery by Dr Marco Tallarico from Italy, and this will be combined with a socially sustainable fundraising campaign, in which the speaker, Osstem Implant and all attendees will actively participate and engage with one another. The entire amount of the fund collected will be donated to an organisation in Italy for support in overcoming the COVID-19 crisis.

Register now

Next sessions will be held on 12 May and 4, 18 and 27 June. Online registration for the Osstem Meeting Online will remain open until 27 June. More information about the meeting and registration can be found here or via the social media channels of Osstem Implant.

 

 

One thought on “Virtual live conference of solidarity—Osstem Meeting Online drives digital transition

  1. Balakrishnan says:

    I am inerested as an osstem user

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Researchers develop patient-specific dental implants

A new interdisciplinary research project is working towards developing implants uniquely tailored for each individual patient. (Image: KWstudio/Adobe Stock)
Dental Tribune International

Dental Tribune International

Thu. 12. March 2026

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HANNOVER, Germany: Researchers in Germany are developing customised dental implants designed to match each patient’s individual jaw structure. The approach combines computer modelling with advanced 3D printing to create implants that distribute masticatory forces more effectively. Scientists believe that the technology could improve long-term stability and reduce the risk of implant failure.

To address some of the reasons for implant failure, researchers at Hannover Medical School and its engineering partners in the interdisciplinary research unit FOR 5250 are developing new implant designs. FOR 5250 involves seven institutions in Germany and brings together experts from medicine, engineering and materials science. In late 2025, the German Research Foundation extended funding for the unit by four years, providing €4.4 million to continue the research.

Unlike the designs of off-the-shelf implants, the new designs are created using computer simulations that model the mechanical stresses generated during chewing. By analysing these forces before manufacturing, the researchers can optimise the implant’s internal architecture to reduce stress concentrations in the surrounding bone and improve long-term stability.

The implants are produced using 3D printing, which allows highly detailed structures to be built layer by layer according to digital specifications. This approach enables the production of implants whose internal structure varies in different regions, allowing them to be adapted to variations in bone density and mechanical load within the jaw.

Surface design is also an important focus of the project. After printing, the implants are treated with mechanical and chemical processes such as sand-blasting and etching to promote the attachment of osteoblasts. Researchers are also developing magnesium-based coatings that may enhance osseointegration while simultaneously inhibiting bacterial colonisation and biofilm formation.

The team is now exploring how the technology could benefit patients with reduced bone density, including many older adults. Although further research is required before clinical use, the researchers hope that the personalised approach will eventually enable safer and longer-lasting dental implant therapy.

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