2.0 Implanty połączeń stożkowych studni

The Dental Master Easy Learn 2.0 Well Conical Connection SHORT implant perfectly integrates the essence of bioengineering, bringing unprecedented precision and flexibility to clinical applications. The uniqueness of this implant lies in its carefully designed locking conical connection system, which ensures the stability and sealing of the connection, laying a solid foundation for long-term oral health.

The Dental Master implant also cleverly utilizes the bone support above the implant shoulder with its unique tilted shoulder design, effectively maintaining the shape and beauty of the interdental papilla, and bringing patients a more natural and harmonious gingival restoration effect. The realization process of this aesthetic restoration is simple and efficient, further demonstrating the excellent performance and humanized design concept of Dental Master implants under the guidance of bioengineering principles.

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Features of Conical Connection Short implants

1. Ultimate Short Implants: With a minimum height of just 6mm, our short implants provide a new treatment option for patients with insufficient bone mass, limited occlusion, ridge bone challenges, and periodontal disease. Their introduction has significantly expanded the range of indications, allowing more people to regain oral health.
2. Patient-Centric Design: We understand that every patient seeks maximum comfort during treatment. Our short implant features a patient-friendly design that eliminates the need for bone grafting and prevents bone resorption. This significantly reduces the need for sinus lifts and shortens surgery time, minimizing chairside time and discomfort for patients. Additionally, its unique design promotes rapid growth and healing of both soft and hard tissues, allowing patients to complete their treatment in a relaxed and pleasant atmosphere.
3. Emergency Treatment: In emergency situations like implant fractures, deep embedment, or abnormal extraction sockets, this short implant, with its short, non-self-tapping design, quickly becomes a leading choice in oral emergency care. It adapts flexibly to complex oral spaces, ensuring timely and effective treatment support in urgent cases.
4. Superior Material: Crafted from high-grade, cold-worked titanium imported from the USA, our implant boasts tensile strength exceeding 900 MPa, ensuring outstanding stability. The outer wall has been thickened to further enhance the overall strength and durability of the implant.
5. Innovative Surface Treatment: Our patented SLA (Sandblasted Large Grit Acid Etching) technology creates a surface texture featuring smooth, rounded pores with multi-level micro- and nano-scale topography. This innovative design increases the surface area for osseointegration and induces rapid infiltration and attachment of osteoblasts, providing an ideal microenvironment for bone growth and accelerating the healing process.
6. Precision Design: The self-locking taper (1.5°) effectively seals out bacteria, creating a stable and sterile environment for the growth of soft and hard tissues. The solid abutment eliminates the central screw, preventing mechanical complications and blocking bacterial entry. The dual-sloped shoulder design embeds the implant 2-3mm below the bone, achieving dual-platform switching and triple-barrier protection. The fin-type flat thread design increases surface area while ensuring implant stability and safety. Additionally, the flat-bottom design allows the implant to approach the mandibular nerve canal closely, achieving long-term stability without compromising safety.

Benefits for Dentists and Patients

The introduction of short implant technology offers numerous significant benefits for both dentists and patients, particularly when addressing the common challenge of limited bone volume. In cases where the oral anatomy is complex, such as near the maxillary sinus or in regions with sensitive inferior alveolar nerves, the placement of traditional long implants often carries high risks, limiting treatment options and effectiveness. While bone grafting surgery can be a solution, its high cost, lengthy recovery period, and potential risks and complications often deter many patients.
Short implants, however, provide a simpler, more efficient, and predictable treatment solution for this problem. Designed specifically for patients with limited bone volume, short implants effectively avoid the risks and added financial burden associated with bone grafting procedures. By precisely placing short implants, the treatment process is simplified, and the patient’s healing period is significantly shortened, allowing them to quickly return to their daily lives and enjoy the convenience and confidence that implant treatment brings.
For dentists, the use of short implants greatly enhances treatment efficiency and success rates. Their unique design and advanced material technology ensure stability and biocompatibility, even in cases of limited bone volume, giving dentists more flexibility and treatment options. Moreover, the implementation of short implant treatment plans helps improve patient satisfaction and trust, laying a solid foundation for a harmonious dentist-patient relationship.