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Implanting Trust, Smile Again!

YOUR PATIENT’S SMILE IS THE MAIN BTK TARGET

Our corporate style and BTK cutting-edge technologies, which are exclusively powered by clean energy, are the source of our devices that are 100% biocompatible with your patients’ bone structure. The energy generated by a smile is what leads and motivates us: working with a smile, for a smile, is something that comes from deep within, that arises from our dna.

OUR VISION

“Implanting trust, smile again”

OUR MISSION

“By combining cutting-edge technologies and biology, BTK’s mission is to offer affordable and personalized implant-borne solutions thereby sustainably improving the daily life of dental patients. Together with leading professionals, BTK strives to become a reference in replacing missing teeth with trusted implant solutions in order to improve oral health around the globe.”

(Italiano)

SUSTAINABLE DEVELOPMENT

IN BTK WE WORK RESPONSIBLY TO ENSURE SUSTAINABLE DEVELOPMENT

We took a commitment to increase the efficiency of our industrial processes: our aim is to ensure a sustainable development that balances economic growth, social wellbeing and respect for the environment.

Our manufacturing plant is powered by our photovoltaic systems and it’s planned in compliance with accurate evaluations on environmental impact. Furthermore, it provides the best possible employment conditions.

We always work in observance of international laws and regulations on environmental certifications and cultures, voluntarily adding supplementary inspection procedures.

EXCELLENCE MEETS EXCELLENCE

PROFESSIONAL CERTIFIED TRAINING AS THE ENGINE OF CHANGE

BTK is CLUB MEMBER and PARTENER CUOA, one of the most prestigious business school in Europe, which has been training the new managerial and business class in Italy for almost 60 years.

BTK – the smile system invests on training for thousands of professional dentists from all around the world, offering them qualified scientific sessions in which they can learn about the most updated researches in Implantology.

BTK – the smile system supports conferences, symposiums and live surgery sessions hosted by experts of national and international renown, issuing excellent skills to enrich your professional life and develop your business.
BTK – Academy, our staff will be happy to inform you about all the training opportunities.

papers

LATEST PUBLICATIONS

The following are the publications in peer-reviewed scientific journals where BTK medical devices were used.

Kit Rialto

SAFETY AND EFFICACY OF THE “ RIALTO” TECHNIQUE: AN EXPLORATIVE TRIAL

The publication discusses the “Rialto” surgical technique for maxillary sinus lift and simultaneous implant placement. Key findings include:
• Safety: No complications like sinus membrane perforations or benign paroxysmal positional vertigo (BPPV) were observed.
• Efficacy: Significant vertical bone height gain (median increase of 3 mm) was achieved within 9–24 months post-procedure.
• Procedure: The minimally invasive method uses collagen and clotting to promote bone regeneration, demonstrating high implant survival rates and reduced patient discomfort.
• Conclusion: The technique is effective for restoring bone in atrophied posterior maxillae while minimizing common surgical risks.

2025

Annals of Stomatology 2024 September-December; 4(3): 102-113 www.labpublisher.com ISSN 2975-1276
S. Volpe1 , M. Di Girolamo1,2 , S. Zicari3 , F. Cecchetti4 , L. Volpe1 and M. Turco1

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Iuxta 3D

The New Generation of Subperiosteal Implants for Patient-Specific Treatment of Atrophic Dental Arches

Subperiosteal implants were first introduced in the early 1940s for the treatment of edentulous maxillary and mandibular arches with severe bone atrophy. After achieving widespread popularity in the 80s and 90s, this denture therapy was progressively abandoned due to significant technique limitations, including high rates of infection and the complications and difficulties with positioning implants and obtaining sufficiently extensive bone impressions. In the last two decades, digital technology has dramatically changed the world of implant dentistry. In particular, modern diagnostic imaging, digital technology, and direct metal laser sintering now allow for the projection of implants with the proper extension, leading to the fabrication of custom-made titanium meshes that perfectly fit the specific anatomical requirements of patients. With modern production methods, subperiosteal implants have been digitally reinterpreted, and interest in them is being renewed for the treatment of edentulous patients with atrophic arches. This article describes the evolution of subperiosteal implants in recent years and presents two clinical cases involving the placement of new generation (NG) subperiosteal implants with the clinical and radiographic findings at the 1-year follow-up.

2024

Literature Review and Two Case Reports. Int J Periodontics Restorative Dent. 2023 Nov 3;43(6):735-741. doi: 10.11607/prd.6229. PMID: 37347616.
Vatteroni E, Covani U, Menchini Fabris GB. The New Generation of Subperiosteal Implants for Patient-Specific Treatment of Atrophic Dental Arches: Literature Review and Two Case Reports. Int J Periodontics Restorative Dent. 2023 Nov 3;43(6):735-741. doi: 10.11607/prd.6229. PMID: 37347616.

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Scanske protocol

A fully digital rehabilitation for immediately loaded fixed in-terim complete-arch prosthesis: A case report

The digital workflows in implantology are becoming increasingly common, offering rehabilitation with predictable outcomes. However, there are instances where a fully digital workflow is not feasible, often requiring conventional methods such as when registering the patient’s occlusion. The present paper aimed to show a case report based on a digital workflow to make immediately loaded fixed interim complete-arch
prostheses for a patient with terminal dentition. The key innovation lies in digitally capturing the patient’s maxillo-mandibular relationship, prior to the surgical procedure, by utilizing two dedicated “skeletal scan bodies” (ScanSke) and an intraoral scanner. These ScanSke were used as reference landmarks screwed onto mini-implants. In particular, these scan bodies were scanned with the maxillary complete arch before and after implant surgery, in order to be used as reference landmarks for the superimposition of the arches before and after the implant placement, maintaining the maxillary relationship with the antagonist arch.

2024

Journal o f OSSEOINTEGRATION and Oral Rehabilitation
G. Ruggiero - Marco Serri2 , Michele Serri2 , A. Mastrosimone1 , F. Zarone1 , R. Sorrentino1

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Vertical ridge augmentation with Ti-reinforced dense polytetrafluoroethylene (d-PTFE) membranes or Ti-meshes and collagen membranes: 3-year results of a randomized clinical trial

Background: The present study aimed to evaluate hard and soft tissue parameters around implants placed in augmented posterior mandible, comparing Ti-reinforced d-PTFE mem- branes with Ti-meshes covered with collagen membranes, after 3 years of follow-up. Materials and Methods: Forty eligible patients were randomly assigned to group A (Ti-reinforced d-PTFE membrane) or group B (mesh covered with collagen mem- brane) for vertical ridge augmentation (VRA) and simultaneous implants. Implants were evaluated using specific peri-implant parameters for bone and soft tissues: probing pocket depth (PPD), modified plaque index (mPI), bleeding on probing (BoP), modified gingival index (mGI), thickness of keratinized tissue (tKT), width of kerati- nized tissue (wKT), fornix depth (FD), peri-implant bone level (PBL), interproximal bone peaks (IBP), marginal bone loss (MBL), interproximal bone loss (IBL).
Results: A total of 28 patients with 79 implants were evaluated after 3 years of follow-up. The mean value of MBL was 0.70 mm (group A = 0.73 mm; group B = 0.71 mm), while mean IBL was 0.54 mm (group A = 0.64 mm; group B = 0.40 mm). The treatment with meshes resulted not inferior to PTFE and their clinical results appeared similar. A strong correlation between PBL and IBP was con- firmed. Both study groups showed an increase of tKT and wKT values.
Conclusion: In the posterior mandible, VRA using both techniques provides stable PBLs up to 3 years. A correct soft tissue management and a strict professional oral hygiene protocol play a crucial role on peri-implant health over time.

2023

Clin Implant Dent Relat Res. 2023;25:352–369.
Alessandro Cucchi DDS, MSClin, PhD1 | Sofia Bettini DDS2 | Paolo Ghensi DDS, MSClin, PhD3 | Antonino Fiorino DDS, PhD4 | Giuseppe Corinaldesi DDS, MD, MSClin5

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