Which country is Nobel Biocare from?

The story starts not with a company but with a laboratory observation. According to the company's own account, the Swedish researcher Per-Ingvar Brånemark noticed in 1952 that bone can fuse with titanium, and called this osseointegration. In 1965 in Gothenburg, the first osseointegrated dental implants were placed in a patient named Gösta Larsson, who had lost the ability to chew. Almost all the conventional implants used in the world today are based on this principle.

To bring the discovery to industry, Brånemark founded Nobelpharma in Gothenburg in 1981 together with the Swedish company Bofors. The company took the name Nobel Biocare in 1996. In the years that followed, the head office moved to Switzerland: today the company presents itself as based in Zurich, while its entry in the Swiss commercial register is in Kloten, where Zurich Airport is located.

Ownership changed in two steps. The American company Danaher announced on 11 December 2014 that it had completed the acquisition by buying around 97 per cent of Nobel Biocare's shares; Nobel's own timeline shows this step as 2015, because collecting the remaining shares ran into the following year. In 2018 Danaher brought its dental businesses together in a new company called Envista, and in 2019 Envista went public and was split off from Danaher. Nobel Biocare is today a brand of Envista; the same group also includes more economical implant brands such as Alpha-Bio Tec and Implant Direct.

So the answer to 'which country is Nobel from' depends on what the question means. The scientific roots and the founding are Swedish; the head office is Swiss; the group that owns the company is registered in the USA. None of these is wrong. Where any single implant you are given was made, however, is told not by the brand but by the label on its box.

Nobel is not a single implant but a family with different connections. The company's catalogue includes Brånemark System, NobelActive, NobelParallel CC, NobelReplace CC, NobelReplace and Replace Select, NobelSpeedy, NobelZygoma, NobelPearl and Nobel Biocare N1. Across these lines, the catalogue lists separate connection types such as the external hex, the internal conical connection, the internal tri-channel connection, one-piece designs and the trioval conical connection.

In practical terms, this means that 'I have Nobel' is not enough for a repair. An old Brånemark implant with an external hex connection and a NobelActive with an internal conical connection will not take the same top part. In the manufacturer's catalogue, the external hex connection is still found today on Brånemark System Mk III, NobelSpeedy, NobelPearl and the zygomatic implants; which generation a Nobel implant fitted in the 1990s or early 2000s belongs to matters when choosing today's part.

The newer lines come with a different surgical logic. NobelActive, launched in 2008, has, as the manufacturer describes it, an expanding tapered body and cutting threads for high initial anchorage in soft bone and in extraction sockets. N1, introduced in 2020, has a trioval neck and works with a tool called OsseoShaper, which shapes the implant site at low speed without water cooling. Even within the same brand, the surgical kit, the drilling sequence and the set of parts change from line to line.

One of Nobel's best-known contributions is not a product but a concept: the company counts in its history the All-on-4 concept developed with Dr. Paulo Maló in 1998, a full-arch bridge on four implants placed at an angle and loaded immediately. Today the word 'All-on-4' is used like the general name of a method carried out with many brands; but as a registered trademark it belongs to Nobel.

Even so, the brand is the smaller half of the question. Nobel's lines are conventional two-piece implants: they sit in the inner part of the bone and need enough volume there. The implant used in our protocol of fixed teeth in 72 hours with the Ihde method belongs to a different class: a one-piece corticobasal implant that anchors in the hard outer layer of the jaw. Which one suits you is decided not by the brand but by the bone on your CBCT scan.

The criteria below do not depend on the name of the line; they look at the conventional two-piece implant design and can be discussed at your consultation.

They are short questions, but their answers put on record today the information that will be useful to you years from now.

1. 1

   Which line will be used?

   NobelActive, NobelParallel CC, NobelReplace, N1 or another line. It should be possible to explain the choice in terms of the density, width and height of your bone.

2. 2

   What type of connection?

   An external hex, internal conical, tri-channel or trioval conical connection? The top parts, and every future repair, depend on this answer.

3. 3

   If there is immediate loading, will torque and stability be measured?

   Loading on the same day is a decision made when sufficient anchorage is measured during placement. You can ask for the measured values to be written into your record.

4. 4

   Can I see the barcode on the label?

   Medical devices put on the market in Turkey must be registered in the Product Tracking System (ÜTS). The number on the label shows the product's manufacturer and its registration.

5. 5

   Where do parts come from, and how long do they take?

   Nobel Biocare is represented in Turkey through an authorised distributor called EOT Dental. Ask whether the clinic has parts in stock and, if not, how long it takes to obtain them.

If the first four points below are in place, the difference between brands narrows; if they are not, no brand makes up for the gap.

A long history and several changes of hands produce a few misleading shortcuts online.

Nobody asks for these documents today; but years from now, in another dentist's chair, they will be the first thing you are asked for.

1. An implant card with the name of the line

   The card should say more than just 'Nobel Biocare': it should give the line name, such as NobelActive, NobelParallel CC or N1, together with the connection type, diameter, length and lot number. If anything is missing, ask the clinic that carried out the treatment to complete it.

2. The measured values

   If immediate loading was carried out, the insertion torque and stability values. If a problem is being discussed later, these are the only record showing what the initial anchorage was.

3. A copy of the barcode

   The barcode on the product label carries the number that identifies the implant in ÜTS. Keep it together with your card.

4. The X-ray from the first day

   The X-ray that shows where your bone level was at the start. Even in the Brånemark team's early studies, bone loss was measured at yearly check-ups (an average of 1.5 mm in the first year, then 0.1 mm a year); a comparison is only possible with a baseline X-ray.

The brand's country does not explain the difference in a quote on its own. The total is made up of these items:

Choice of line and surface

Within the same brand, lines and surface options can differ in cost. Check which line is written in the quote; the phrase 'Nobel implant' is not enough on its own.

Top parts

Ready-made parts, patient-specific parts or parts for a multi-unit prosthesis make more difference than the implant body in most plans.

The prosthesis and laboratory work

In full-mouth plans, the material and workmanship of the bridgework make up most of the total. This is the last place where savings should be made.

Preparatory procedures and later maintenance

A graft, a sinus procedure or extractions are separate items. The burden of repairs over the years depends on how easily parts can be obtained.