Augma Biomaterials products

Bond Apatite® is a specialized composite graft designed to address a variety of osseous defects. It consists of a biphasic calcium sulfate cement matrix integrated with hydroxyapatite (HA) granules, which are meticulously sized for effective bone augmentation. The composite provides a controlled resorption rate, ensuring the gradual replacement of the material with natural bone over time. Bond Apatite is available in diverse packaging options, such as single syringes and cost-effective bundles with multiple syringes, offering flexibility for different clinical needs. The product is applicable in numerous dental and maxillofacial procedures, including sinus lifts, socket grafting, lateral augmentation, and full arch reconstruction. Its versatility in the aesthetic zone and efficacy in peri-implantitis management make it an essential tool in modern implantology.

The Augma Basic Dental Bundle is designed for dental professionals seeking an effective solution in bone grafting and regeneration. It includes six units of Bond Apatite®, a long-term space maintainer that is applicable for various bony defects, provided in 1cc syringes. Additionally, the package contains two units of 3D Bond+™, a short-term space maintainer, suitable for socket grafting procedures whether or not the defect is enclosed by four bony walls, with each syringe holding 0.5cc. Completing the bundle is the Augma Shield™, a set of 20 attachable intraoral wound dressings used to protect grafted sites by acting as an additional layer of protection over sutures, particularly useful in scenarios involving socket grafting with 4 bony walls. Such a combination facilitates comprehensive management of dental augmentation procedures, granting both versatility and dependability to dental practitioners.

The Augma Degranulation Kit is specifically designed to aid in the critical procedure of degranulation, particularly before bone tissue augmentation. This kit is versatile, allowing for tissue removal without irrigation and bone grinding with irrigation. It is an essential tool for socket grafting, effectively used in conjunction with 3D Bond+ and Augma Shield. It is tailored for dental professionals seeking precise and efficient removal of degranulation tissue to ensure a cleaner site for grafting. As a part of Augma's comprehensive range of biomaterials, this kit aligns with procedures such as socket grafting, lateral augmentation, and sinus lift. By optimizing the degranulation process, it enhances surgical outcomes, contributing to the long-term success of dental reconstructions and implant placements.

Augma Shield is designed for use in dental procedures, specifically as a resorbable intraoral wound dressing. It is typically used following socket grafting procedures or other bone augmentation activities utilizing Bone Graft Cement. This product provides additional protection to the graft material, ensuring stable healing during the critical early days post-surgery by covering and securing the implant site until the soft tissue heals adequately. The dressing is sutured over the bone graft cement and thus supports a predictable closure of the surgical area. Its use is recommended in scenarios where prolonged coverage is essential to safeguard against disturbances during the healing process, making it a vital tool for oral surgeons aiming to enhance outcomes in graft and augmentation procedures.

The Augma Lift™ Universal Kit is designed to provide dental professionals with a minimally invasive technique for performing intra-crestal sinus lifts. It is suitable for ridge heights as low as 1mm, reducing the risk of membrane perforation. The kit's protocol offers two scenarios: Scenario A for sinus heights between 1mm and 4mm and Scenario B for heights over 4mm, guaranteeing effective procedure tailoring. Augma Lift™ leverages advanced biomaterials to facilitate predictable bone augmentation, promoting quicker recovery and higher success rates for implant placement post-sinus lift. This kit is aligned with contemporary dental procedures, refining surgical outcomes with precision and efficiency.