Bicon Dental Implants

Bicon Dental Implants logo

Bicon Dental Implants are a type of dental implant system designed for use in dentistry to replace missing or damaged teeth. Developed and introduced in the 1980s by Bicon, LLC, a company based in Boston, Massachusetts, USA, Bicon implants are known for their unique design and the simplicity of their surgical and prosthetic procedures. This article provides an overview of Bicon Dental Implants, including their design, application, and advantages.

Design and Features

The distinctive feature of Bicon Dental Implants is their short, conical design, which differs from the traditional long, screw-shaped implants. This design includes a locking taper and a plateau, which allows for the stable seating of the implant and the abutment without the need for screws. The Bicon system utilizes a 1.5° locking taper, which creates a friction-locked connection between the implant and the abutment. This connection is designed to be bacterially sealed, reducing the risk of peri-implantitis, a common complication associated with dental implants.

Advantages

Bicon Dental Implants offer several advantages over traditional implant systems:

• Shorter Implants: Their shorter length allows for their use in areas with limited bone height without necessitating additional procedures such as bone grafting.
• Simplicity: The system is designed to simplify both the surgical and prosthetic procedures, making it accessible for a wide range of dental professionals.
• Versatility: Bicon implants can be used in a variety of clinical situations, including single tooth replacements, bridges, and even full arch restorations.
• Aesthetic Outcomes: The design of Bicon implants supports excellent soft tissue response, which contributes to superior aesthetic results.

Clinical Application

The clinical application of Bicon Dental Implants involves several steps, starting with the assessment of the patient's oral health and bone structure. If deemed suitable, the implant surgery can be performed under local anesthesia. The implant is placed into the prepared site in the jawbone, and after a healing period, during which osseointegration occurs, the abutment and the prosthetic tooth are attached.

Comparison with Other Systems

When compared to other dental implant systems, Bicon's unique design and the friction-lock mechanism offer a distinct approach to implant dentistry. While traditional implants rely on screws to secure the abutment, Bicon's locking taper eliminates the need for such components, potentially reducing the risk of mechanical failures and complications.

Conclusion

Bicon Dental Implants represent a significant innovation in the field of implant dentistry. Their unique design and the benefits they offer make them a valuable option for patients looking to replace missing teeth. As with any medical procedure, the suitability of Bicon implants for a particular patient should be determined by a qualified dental professional.