Dental implants are screws made of high-performance materials such as titanium, a titanium-zirconium alloy, or ceramic, which replace the roots of one or more missing teeth. All materials are characterized by excellent tissue compatibility, and no allergies to these materials are known.

In principle, yes, with some exceptions.

The prognosis for dental implants is poor in patients with untreated or acute chronic periodontitis (gum disease), heavy smokers, or poor oral hygiene without regular professional dental hygiene visits.

There are cases where placing a dental implant may be limited or not possible due to general medical conditions or the use of certain medications. These include, for example, medications for treating osteoporosis (such as bisphosphonates or denosumab).

Before any implantation, a consultation and information session, a thorough clinical examination, and radiographic diagnostics are performed. The basis of radiographic diagnostics is the orthopantomogram (OPT), which provides a good two-dimensional (2D) overview of the entire upper and lower jaw. In particularly complex cases, it may be advisable to create an additional three-dimensional (3D) radiograph using digital volume tomography (DVT). The findings and radiographs are used for precise surgical planning to determine if there is sufficient bone and whether bone augmentation is necessary.

Dental implants can also be placed using a drilling guide, referred to as “guided surgery.” This requires a digital volume tomography (DVT) scan and an intraoral scan of the upper and lower jaw. The two datasets are then combined in an implant planning program. The dental implants are digitally planned in an optimal three-dimensional position on the computer. Based on this plan, a drilling guide is produced using CAD/CAM technology. This guide can either be 3D-printed or milled from an acrylic block. This method ensures a very precise and predictable implant position.

We offer a wide variety of implant types, lengths, and diameters in our portfolio. The most suitable implant for each situation is determined during the planning phase by the surgeon. In our practice, we use only high-quality, scientifically validated implant systems from Swiss manufacturers with extensive documentation over many years.

The first step involves providing the patient with preoperative medication. After disinfecting the oral cavity, local anesthesia is administered.

The procedure begins with an incision in the gum to expose the bone and mark the exact position for the implant. The jawbone is prepared for the implant using specialized drills tailored to the specific implant system. The screw-shaped implant is then slowly inserted, covered with a protective cap, and the gum is sutured closed. The procedure is documented, and a final control X-ray is taken.

In most cases, dental implantation is associated with minimal discomfort. Many patients, especially for simpler procedures, report being surprised at how little pain they experience. Of course, for more extensive procedures such as sinus lifts or bone grafts, there may be increased discomfort, swelling, or bruising. However, these types of interventions are relatively rare and can be well managed with painkillers, anti-inflammatory medication, cooling, and rest.
In any case, we ensure that you are well cared for and experience minimal discomfort during the treatment. We also provide clear aftercare instructions to help make the healing process as smooth and comfortable as possible.

If diagnostics reveal insufficient bone volume for a dental implant, bone augmentation is often necessary. Minor defects can be corrected simultaneously with implant placement. For this, autologous bone and/or bone substitute materials are used and covered with a special membrane to shield the area from surrounding soft tissue, ensuring proper ossification.

In the upper molar region, the maxillary sinus lies above the roots of the posterior teeth. When teeth in this area are extracted, the bone may resorb to the extent that the remaining bone height is insufficient for implant placement. In such cases, a procedure called sinus floor elevation (sinus lift) can be performed. Depending on the residual bone height, different methods are used.

In general, we differentiate between internal and external sinus lifts. The internal sinus lift is used when only a small amount of vertical bone height is missing. The external sinus lift is required for larger bone augmentations.

In the internal sinus lift (Summers technique), the sinus floor is elevated using special instruments called osteotomes. In the sinus lift using piezo instruments, the sinus floor is gently detached and lifted with vibrating instruments and sterile water, ensuring a minimally invasive procedure. These techniques do not require a lateral approach to the sinus but are performed through the prepared drilling site in the alveolar ridge. Bone substitute material is also introduced through this access point.

Several factors determine the healing time of implants, including bone quality, bone volume, and whether bone augmentation or sinus floor elevation was necessary. After the healing period, the implants are exposed, and an optical impression is taken using an intraoral scanner. The prosthetic restoration (crown or bridge) can then be crafted by a dental technician or, in some cases, directly in the practice.

• Cool the surgical area with cold compresses or a cold pack on the first day.
• Avoid rinsing your mouth with water.
• Eat and drink only after the local anesthesia has worn off.
• Avoid smoking and alcohol consumption.
• Refrain from hard, hot, or spicy foods and beverages.

• Avoid dairy products.
• Keep your upper body elevated during the night (e.g., with a second pillow).
• Avoid sun exposure.
• Take prescribed medications as directed by the surgeon.
• Attend follow-up visits at our practice as instructed.

As with any surgical procedure, dental implant placement can involve complications. The most common include pain, swelling, and bleeding, which are usually temporary and subside within a few days. In rare cases, an infection may occur at the implant site, requiring additional treatment.

Another potential complication is implant failure, which can occur if the implant does not integrate properly with the bone or later becomes loose due to mechanical stress. If an implant is lost, we can often inserted a new one after a certain healing period.

Technical complications may also arise, such as the loosening or breaking of screws that connect the implant to the crown or bridge. These issues are typically resolved by replacing the affected components.

Long-term complications can include peri-implant inflammation, such as peri-implant mucositis (inflammation of the soft tissue around the implant) or peri-implantitis (inflammation affecting both soft tissue and bone). If untreated, these conditions can lead to bone loss and, ultimately, implant failure. Early treatment is essential to prevent such adverse outcomes.

The risk of complications can be significantly reduced through thorough and regular oral hygiene at home and professional follow-up care at the dental practice. After completing the treatment, we provide detailed instructions on how to care for your implant to minimize risks. Regular check-ups and professional cleanings at the dental office also contribute significantly to the longevity of your implant.

Dental implants are considered one of the most long-lasting solutions for replacing missing teeth. With good oral hygiene, regular check-ups, and a healthy lifestyle, implants can remain stable for many decades. The lifespan of an implant depends on various factors, such as bone quality, oral hygiene, the stress caused by teeth grinding (bruxism), and the patient’s overall health. Should issues like bone loss or inflammation arise after implantation, targeted measures, such as cleaning the implant surface, can often secure the implant in the long term.

The duration of dental implant treatment depends on the complexity of the case:

Simple gap restoration:
If sufficient bone is available and no additional bone augmentation is required, treatment usually takes 3 to 6 months. This includes surgical implantation, implant healing, and prosthetic restoration (crown, bridge).

Complex therapy with bone augmentation or sinus lift:
If bone augmentation or an internal sinus lift is performed simultaneously, the treatment duration is approximately 6 to 9 months.

For an external sinus lift or a two-stage bone augmentation, the treatment may take 9 to 12 months, as the bone augmentation must heal before the implant is placed.

The exact duration depends on individual factors, such as bone quality, healing speed, and the necessary prosthetic work.

Yes, there are several alternatives, depending on the condition of the tooth or gap:

Conservative measures (tooth still present):

• Root canal treatment or revision: If the tooth is present but inflamed, root canal treatment or retreatment may be an option.
• Apicoectomy: If the inflammation is confined to the root tip, surgical removal of the affected tissue and root tip can be performed.

Prosthetic solutions (gap present):

• Dental bridge: A classic solution for gaps, where adjacent teeth are prepared to serve as supports for the bridge.
• Adhesive bridge (Maryland bridge): Suitable for the front teeth, this type of bridge is attached to neighboring teeth with minimal preparation.
• Partial denture: A removable prosthesis that replaces missing teeth and is secured with clasps or attachments to natural teeth or implants.
• Full denture: For an edentulous jaw, a removable full denture can be fabricated. For better stability, implants with attachment elements can be used.

Individual consultation: Each case is unique. We are happy to advise you on the best alternative for your needs.