2.5cc Ossogen Fiber™ DBM Cortical Fibers

In stock
SKU
OF-250
Special Price $230.00 Regular Price $349.00

Ossogen Fiber™ DBM Cortical Fibers

Material: Demineralized Cortical Fibers (100% Allograft)

Fiber Volume: 2.5cc

Packaging Style: Screw Top Jar

Ossogen Fiber™ is a new and innovative grafting material which combines the Osteoinductive properties of DBM with the superior handling characteristics of natural fiber. Ossogen Fiber™ provides a cohesive and uniform graft which is easy to handle. The handling of Ossogen Fiber™ reduces the chance of graft loss and eases the difficulty of placement. Unlike DBM putty, Ossogen Fiber™ contains no carriers. This increases the regenerative potential of the graft by reducing unneeded fillers and maximizing the available growth factors within the graft. This potentiates the delivery of autologous stem cells, accelerating bone healing.

Features

  • Exhibits ideal handling characteristics without the need of a synthetic carrier
  • Enhanced osteogenic capacity when compared to particulate DBM
  • Demineralized to potentiate Osteoinductive growth factors
  • Ossogen Fiber™ exhibits the 5 elements of bone formation in validated animal models
  • DCI Osteoinductivity Validation Summary

2.5cc Ossogen Fiber™ DBM Cortical Fibers
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2.5cc Ossogen Fiber™ DBM Cortical Fibers 2.5cc Ossogen Fiber™ DBM Cortical Fibers
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Summary

Main Product Price
$230.00
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Products Total
$230.00
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Payable Amount
$230.00

Transforming Dental Care: Exploring the Merits of DBM Cortical Fibers

Introduction

The field of dentistry is undergoing a revolutionary transformation with the emergence of DBM cortical fibers. Originating from demineralized bone matrix (DBM), these fibers are reshaping dental procedures by offering a range of advantages that improve patient outcomes and streamline clinical processes.

  1. Enhanced Regeneration Capability

DBM cortical fibers exhibit remarkable regenerative capabilities, making them invaluable in various dental applications. Packed with growth factors and osteoinductive elements, the demineralized bone matrix facilitates tissue regeneration, expediting the healing process. Dentists can leverage these fibers to boost bone regeneration in dental implant procedures, periodontal surgeries, and other applications, leading to enhanced patient recovery and prolonged success.

  1. Exceptional Biocompatibility

A standout characteristic of DBM cortical fibers is their outstanding biocompatibility. Mimicking the natural bone composition closely, the material reduces the risk of adverse reactions or rejections. This makes DBM fibers a secure and dependable option for dental interventions, ensuring compatibility with the patient's biological environment and minimizing postoperative complications.

  1. Versatility Across Applications

DBM cortical fibers display versatility in various dental applications. Whether applied in socket preservation, alveolar ridge augmentation, or sinus floor elevation, these fibers provide practitioners with a flexible solution to address diverse clinical challenges. The adaptability of DBM fibers makes them a preferred choice for clinicians seeking versatile and effective regenerative materials.

  1. Accelerated Recovery Process

The osteoinductive properties of DBM cortical fibers contribute to an accelerated recovery process. By stimulating the formation of new bone tissue, these fibers reduce the recovery time for patients undergoing dental procedures. Dentists can utilize DBM fibers to optimize postoperative outcomes, fostering faster healing and minimizing discomfort for their patients.

  1. Minimized Graft Resorption

Concerns about graft resorption have been addressed with the use of DBM cortical fibers. The demineralized nature of the bone matrix ensures a stable graft that seamlessly integrates with the patient's existing bone structure. This leads to more predictable and enduring results in dental interventions involving bone grafting.

  1. Streamlined Surgical Procedures

The integration of DBM cortical fibers into dental practices has streamlined surgical procedures for clinicians. With readily available pre-packaged and easily adaptable forms of DBM fibers, dentists can efficiently and precisely apply them in various clinical scenarios. This not only saves time in the operating room but also optimizes workflow while delivering high-quality regenerative treatments.

  1. Reduced Morbidity

The use of DBM cortical fibers contributes to reduced morbidity in dental procedures. Unlike traditional grafting techniques that may involve harvesting bone from the patient's body, DBM fibers eliminate the need for additional surgical sites. This not only reduces patient discomfort but also lowers the risk of complications associated with donor site morbidity.

  1. Enduring Stability

Dentists and patients can appreciate the enduring stability provided by DBM cortical fibers. The integration of these fibers into the patient's bone structure promotes a stable and durable result over time. This long-term stability is crucial in ensuring the success of dental procedures, especially in applications like implantology where the integrity of the supporting bone is paramount.

Conclusion

In conclusion, the advent of DBM cortical fibers represents a significant advancement in dentistry. The manifold advantages, including enhanced regenerative potential, exceptional biocompatibility, versatility, accelerated recovery, minimized graft resorption, streamlined procedures, reduced morbidity, and enduring stability, position DBM fibers as a revolutionary element in routine dental practices. As technology continues to advance, the incorporation of DBM cortical fibers promises to redefine the standards of dental care, ultimately benefiting both practitioners and their patients.


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