Dental implant brands: which one to choose, and on what evidence
Most UK guides sort implant brands into a premium tier and a value tier, then leave you to guess how much that ranking tells you. It tells you less than it appears to. Where two well-documented systems have been compared head to head over ten years, survival came out identical, and the differences that did appear had nothing to do with the badge on the box.
What the brand does decide is everything that happens after the surgery: whether your dentist in Manchester or Leeds can order a replacement abutment for that system, whether the range still exists in eight years, and whether anyone can tell, from a radiograph alone, what was placed. Those are the questions this article answers, brand by brand, along with the paperwork you should insist on before treatment, at home or abroad.
Why are there so many brands of dental implants?
A dental implant is a three-part assembly: the titanium fixture anchored in bone, the abutment that carries it through the gum, and the visible crown. Every manufacturer designs its own thread geometry, its own surface treatment and, crucially, its own connection between fixture and abutment. That connection is proprietary: an original abutment is designed for its own manufacturer’s fixture, and the compatible abutments sold by third parties each reproduce one specific connection.
That single design choice explains the crowded market. It also creates a problem nobody anticipated in the 1980s: identifying an implant that is already in someone’s mouth. Research teams now train image-recognition models specifically to read the brand off a periapical radiograph, precisely because the range of systems in circulation has made the task unreliable by eye (Lin et al., 2025). A 2026 scoping review adds a further complication. Labelling implants by manufacturer has limited long-term value because implant systems are frequently discontinued (Santos-Melo et al., 2026).
Titanium or zirconia: what the material actually changes
Two materials share the market. Titanium, grey, carries the whole history of the field: the bond between titanium and bone that Swedish professor Per-Ingvar Brånemark named osseointegration is the discovery modern implant dentistry rests on (Sharma et al., 2024). Zirconia, white, was developed for situations where a grey shadow might show through thin gum tissue.
In the front of the mouth, where that concern is sharpest, an overview of six systematic reviews places zirconia on a par with titanium for clinical performance. Titanium keeps the edge mechanically, zirconia the edge aesthetically, and neither difference reached significance; the authors also flag that results vary considerably from one review to the next (Alqahtani et al., 2025). The material is a clinical decision for your surgeon, not a shopping criterion.
There is one situation where a brand technology earns its keep. When the ridge is narrow, narrow-diameter implants avoid a bone graft. A meta-analysis of fifteen prospective studies found 99% survival for single-unit narrow implants, with mean marginal bone loss of 0.37 mm for titanium-zirconia alloy against 0.43 mm for commercially pure titanium (Peña-Cardelles et al., 2025). A stronger alloy allowing a thinner screw answers an anatomical constraint, which is a far better reason to pick a system than brand prestige.
Brand matters less than the hands placing the implant
Choosing a system commits a practice to far more than a screw. Each brand brings its own drilling sequence, its own torque values, its own surgical instruments and its own digital library for designing the restoration. A surgeon who uses one system daily works inside a familiar protocol. The same surgeon handed an unfamiliar system loses part of that fluency, which is a solid reason to accept the system an experienced implantologist proposes rather than specify your own.
The clinical evidence points the same way. A Swiss randomised trial allocated 98 implants between two manufacturers in 64 patients and followed them for a decade. Both groups reached 100% survival. The measured differences concerned marginal bone level, statistically significant but described by the authors as clinically negligible, and the pattern of complications, which were technical in one group and mucosal in the other (Gadzo et al., 2023). Between two properly documented systems, then, the useful question is not which one holds. It is which one your clinician handles best, and what becomes of your components later.
These are the five checks to make, in order of weight.
| Criterion | What to check |
|---|---|
| Clinical documentation | Published 10-year follow-up |
| Prosthetic components | Sourced by a UK dentist |
| Traceability | Manufacturer and lot in writing |
| Continuity | Range still on the market |
| Material | Chosen for the site treated |
Straumann
The Swiss manufacturer is among the most heavily represented systems in the clinical literature, and for a patient that is its real advantage: ten-year results and beyond have been published, debated and replicated. Its range covers routine cases as well as those with limited bone, including the titanium-zirconia alloy used in the narrow-diameter implants assessed in the meta-analysis cited above.
The trade-off is price, noticeably above entry-level systems. What that premium buys is documentation and a wide distribution network, not a guaranteed outcome, which no manufacturer is in a position to offer.
Nobel Biocare
The other long-established name offers a broad range of fixture shapes, tapered and cylindrical, to suit different bone densities. Its standing among clinicians is comparable to Straumann’s, and its longevity gives it a similarly deep publication record.
For a patient, the two are interchangeable on the criterion that counts: components for either are straightforward to order across the UK and most of Europe. Separating them on datasheets alone means little outside a specific clinical situation.
Alpha-Bio Tec
This brand sits in the middle of the market, with a wide catalogue and narrow fixtures intended for tight spaces. It appears often in international quotes because it balances cost against availability.
The check to run is the same one you would run on any system outside the leading pair: confirm that your regular dentist can order the components. The answer depends on the country and the distributor, not on the quality of the implant itself.
Zimmer Biomet, whose dental business became ZimVie
An update is needed here, because a great many pages still refer to “Zimmer Dental” implants. On 1 March 2022, Zimmer Biomet completed the separation of its spine and dental businesses into a separately listed company, ZimVie (ZimVie Inc., 2022). Implants from that range still exist; the company behind them now goes by a different name.
The case makes an abstract risk concrete. A brand can change hands, change name, or vanish within the working life of your implant. That is exactly the limitation the radiographic identification reviewers describe when they warn against indexing an implant on its trade name alone (Santos-Melo et al., 2026).
Other brands, and where the real risk sits
Plenty of other manufacturers make serious products, often cheaper, sometimes excellent within a niche. The total number of systems on sale varies by source and is not settled, which is why no figure appears here.
The danger is not an unfamiliar name as such. It lies in three specific situations: a system with no published clinical data, a system absent from your country’s distribution network, and an implant placed with no document recording its reference. Put those three together and a loose abutment five years later turns into a genuine problem for whichever dentist you walk in to see.
Tracing your implant brand years later
This is the point brand comparisons almost always skip, and it governs everything else. In the UK, the government confirmed on 26 June 2022 that it intends to require implant information to be supplied to recipients of all implantable devices, in physical and digital form, to require health institutions to make that information available to patients, and to require them to log the implant identification, including the UDI, in the patient’s record. Dental braces, tooth crowns and dental fillings are among the items carved out (Medicines and Healthcare products Regulatory Agency, 2022).
Until those provisions apply in full, the practical protection is what your clinic writes down. Ask for the manufacturer, the product reference and the batch number in writing, and keep them with the surgical report and the post-operative radiograph. Patients treated in the EU should receive an implant card carrying that information as a matter of law (European Union, 2017), and there is no reason to accept less when treated anywhere else.
Having implants placed in Turkey: what the quote must state
Going abroad changes one side of the equation and not the other. Running a surgical facility costs far less in Istanbul than in London, and that gap weighs on the price far more than the hardware does. The practical consequence is short: with the system quality held equal, the documents you bring home are what make the difference, because your routine follow-up will happen in the UK.
So ask that the quote names the manufacturer and the exact implant reference, the material, and the material of the crown. Then check with your own dentist that components for that system can be sourced here. Body Expert works with partner clinics in Istanbul, selected for their facilities and their clinicians’ experience, and a quote is prepared free of charge within 24 hours, with no obligation, once your radiographs have been reviewed. For the full sequence of a placement, from consultation to loading, see the page on dental implants in Turkey; to weigh implants against the other ways of rebuilding a damaged mouth, our teeth care section sets out the alternatives.
Before and after of dental implants in Turkey
These four cases start from very different positions, from a single missing tooth to a fully edentulous arch. They show what implant-based reconstruction can do, without implying what would be feasible in your case, which depends on your bone volume and the condition of your gums. See all of our before and after pictures here
Sources
Alqahtani, S. M., Chaturvedi, S., Alkhurays, M., Al Mansoori, M. A., Mehta, V., & Chaturvedi, M. (2025). Clinical effectiveness of zirconia versus titanium dental implants in anterior region: An overview of systematic reviews. European Journal of Medical Research, 30(1), 290. https://doi.org/10.1186/s40001-025-02488-5
European Union. (2017). Regulation (EU) 2017/745 of the European Parliament and of the Council of 5 April 2017 on medical devices, Article 18. https://eur-lex.europa.eu/legal-content/EN/TXT/HTML/?uri=CELEX:32017R0745
Gadzo, N., Ioannidis, A., Naenni, N., Hüsler, J., Jung, R. E., & Thoma, D. S. (2023). Survival and complication rates of two dental implant systems supporting fixed restorations: 10-year data of a randomized controlled clinical study. Clinical Oral Investigations, 27(12), 7327–7336. https://doi.org/10.1007/s00784-023-05323-5
Lin, Y. J., Chen, S. L., Lu, Y. C., Lin, X. M., Mao, Y. C., Chen, M. Y., Yang, C. S., Chen, T. Y., Li, K. C., Tu, W. C., Abu, P. A. R., & Chen, C. A. (2025). Deep learning-assisted diagnostic system: Implant brand detection using improved IB-YOLOv10 in periapical radiographs. Diagnostics, 15(10), 1194. https://doi.org/10.3390/diagnostics15101194
Medicines and Healthcare products Regulatory Agency. (2022, 26 June). Government response to the consultation on the future regulation of medical devices in the United Kingdom: Chapter 11, Implantable devices. GOV.UK. https://www.gov.uk/government/consultations/consultation-on-the-future-regulation-of-medical-devices-in-the-united-kingdom/outcome/chapter-11-implantable-devices
Peña-Cardelles, J. F., Akhondi, S., Markovic, J., Pala, K., Lanis, A., & Gallucci, G. O. (2025). Survival rate and marginal bone loss in titanium vs titanium-zirconia single-unit narrow diameter implants: A systematic review and meta-analysis of prospective studies. Medicina Oral, Patología Oral y Cirugía Bucal, 30(4), e499–e511. https://doi.org/10.4317/medoral.27042
Santos-Melo, T., da Silva, G. C., Serrano, L. E., Dos Santos, D. A. B., Teixeira, M. K. S., & de Moraes Telles, D. (2026). Classification of dental implants using supervised deep learning from dental radiographs: A scoping review. Imaging Science in Dentistry, 56(2), 120–129. https://doi.org/10.5624/isd.20250240
Sharma, S., Ravi Kiran, S., Kumar, P., Shankar, R., & Kumar Upadhyay, A. (2024). Per-Ingvar Brånemark (1929-2014): A homage to the father of osseointegration and modern dentistry. Cureus, 16(9), e68655. https://doi.org/10.7759/cureus.68655
ZimVie Inc. (2022, 1 March). Current report (Form 8-K). U.S. Securities and Exchange Commission. https://www.sec.gov/Archives/edgar/data/1876588/000119312522061363/d344280d8k.htm