Residual Ridge Implant Placement Solution: Alveolar Ridge Split Technique for Implant Placement скачать в хорошем качестве

Residual Ridge Implant Placement Solution: Alveolar Ridge Split Technique for Implant Placement

Clinical experience has shown that the ridge splitting technique can be a useful method for managing the narrow residual ridge. The process of formation of new bone in these cases is similar to the fracture repair of bone. The blood clot is formed between the two bone plates, which later organizes and is replaced with woven bone. This woven bone is then converted into load-bearing lamellar bone at the implant interface. The average ridge width increased from 2.4 to 6.0 mm by using this technique. The amount of direct bone contact to the implants along the mesial and distal surfaces was similar to the buccal and lingual surfaces. The bone graft is placed between the separated cortices and around the implants. If an interpositional bone graft is placed, then the fate of the graft is often improved compared with onlay grafting techniques. In general, interpositional grafts have an improved prognosis because they have an enhanced vascular bed in an osteogenic environment and are protected from masticatory function. Platelet-rich plasma has also been advocated to enhance wound healing. Indications of this technique include the ridge deficient in width with adequate amount of height with no vertical defects. Maxilla is preferred over mandible because of cancellous nature of bone and expansion of bone is easily achieved without any complications. Advantages include no second surgery is required to place implants, reduced overall treatment time, cost effective and increased implant stability because of new bone formation between cortical plates. The DentalMaster Alveolar Ridge Split & Expansion Kit is a precision-engineered surgical toolkit designed to optimize alveolar ridge augmentation procedures. It combines innovative design features with functional versatility to enhance procedural safety and efficiency. Key Components: 4 Axe-Style Bone Expanders: Available in tip thicknesses of 1.5mm, 2.0mm, 2.5mm, and 3.0mm. The unique rounded axe-style design features a narrow front and wide back, minimizing localized force concentration during ridge splitting. This reduces fracture risks and improves surgical predictability.3 Saw Blades: Offered in diameters of Φ7.0mm, Φ10mm, and Φ13mm, providing flexibility for varying bone dimensions and surgical requirements.1 Bone Mill: Facilitates efficient bone graft preparation.1 Angled Handle: Ergonomically designed to enhance visibility during osteotomy, minimizing visual obstruction for the operator. Notable Features: Segmented Head-Handle Connection: Allows quick replacement of expander tips, streamlining workflow and instrument maintenance.Wide-Type 2.5mm Expander: Specifically optimized for controlled ridge expansion in moderate bone volumes.Safety-Centric Design: The bone expanders’ geometry distributes forces evenly, reducing the likelihood of cortical plate perforation or surgical complications. Clinical Advantages: This kit addresses common challenges in ridge splitting by combining precision instrumentation with user-centric ergonomics. The expanders’ size range and multi-diameter saw blades ensure adaptability to diverse anatomical needs, while the angled handle promotes tactile control and visual clarity. Ideal for clinicians seeking reliable, minimally invasive solutions for horizontal ridge deficiencies. Note: All components are crafted for durability and ease of sterilization, adhering to standard surgical protocols.