Resorbable Blast Media (RBM)

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Minimum Order Quantity: 100g

Resorbable Blast Media (RBM)

Get Latest Price

Minimum Order Quantity: 100g

Attributes Values
Purity99.5%
Manufacturer NameMedoja Bio Private Limited
CAS NO.12167-74-7
Molecular Weight502.31 g/mol
GradeCosmetic
Chemical FormulaCa5(PO4)3OH
Particle Size30-100nm (Customizable)

Resorbable Blast Media (RBM)

Resorbable Blast Media (RBM) offers a transformative surface treatment solution for dental implants, ensuring minimal residual particles post-treatment. By creating a clean and biologically favorable surface, our RBM supports optimal osteoblast proliferation, leading to faster and more reliable osseointegration. This approach is especially beneficial for immediate implant placements, as it promotes accelerated healing times and reduces the risk of complications.

Thanks to its resorbable properties, our RBM leaves no trace of foreign particles on the implant surface, ensuring a cleaner environment for tissue integration. This helps minimize inflammation and irritation, leading to a more comfortable patient experience. Ideal for contemporary dental implant procedures, our advanced RBM technology supports quicker recovery, stable bone-to-implant interfaces, and higher success rates. By choosing our resorbable blast media, you provide your patients with an innovative solution that not only simplifies the healing process but also promotes long-term implant stability and overall satisfaction.

Resorbable-Blast-Media1

Application:

  1. Dental Implant Surface Treatment: Enhances osseointegration by creating a rough surface for better bone adhesion.
  2. Immediate Implant Placement: Used in immediate dental implant procedures to promote healing in fresh extraction sockets. 
  3. Biocompatible Abrasive: Provides a safe, resorbable blasting medium that minimizes contamination risks. 
  4. Surface Morphology Optimization: Creates an optimal surface texture for effective bone regeneration. 
  5. Bone Cohesion Improvement: Facilitates better bone-to-implant contact and retention characteristics.