Ultra-hydrophilic Nobel Parallel CC Compatible Dental Implants

The DentaMaster DME Aqua Series features advanced ultra-hydrophilic surface technology, specifically engineered to enhance early osseointegration and long-term clinical stability. Fully compatible with Nobel Parallel CC systems, the DME Aqua Series integrates seamlessly into existing surgical and restorative protocols, providing clinicians with a reliable and predictable implant solution.

1. Ultra-Hydrophilic Surface for Improved Biological Response
   Conventional implant surfaces are typically hydrophobic, causing water and blood droplets to remain on the surface. In contrast, the ultra-hydrophilic surface of the DME Aqua Series exhibits a significantly reduced contact angle, allowing liquids to spread rapidly and be instantly absorbed. This enhanced wettability creates an optimal biological environment at the bone-implant interface.
2. Excellent Biocompatibility & Accelerated Early Osseointegration
   The super hydrophilic active layer promotes rapid protein adsorption from blood, which is essential for early bone healing. This accelerates osseointegration, improves primary stability, and supports predictable outcomes for both early loading and long-term function.
3. Principle of Ultra-Hydrophilic Implant Technology
   Through advanced organic matter decomposition technology, hydrocarbons attached to the porous implant surface are effectively removed. The implants are then stored in a sodium chloride solution, preventing re-contamination by organic carbon in the air and maintaining a stable ultra-hydrophilic surface state until clinical application.
   National Patent SLA Surface Treatment Technology
   Patent Numbers:
   ZL 2012 1 0431965.7
   ZL 2012 1 0432046.1
   This patented SLA surface treatment differs from traditional sandblasting and acid-etching processes, enabling both short-term loading capability and long-term implant stability:
   Mixed particle-size sandblasting creates a rich micro- and macro-porous surface, supporting bone cell adhesion and pseudopodia growth at multiple scales
   Optimized acid-etching eliminates sharp edges, ensuring a stable biological response without damaging cellular structures
   Surface activation further reduces the contact angle, delivering enhanced hydrophilic performance
   Manual microscopic inspection removes burrs and impurities, ensuring consistent and high-quality surface integrity
4. Designed for Predictable Clinical Performance
   By combining ultra-hydrophilic surface technology, patented SLA treatment, and Nobel Parallel CC compatibility, the DentaMaster DME Aqua Series provides clinicians with a dependable implant solution for a wide range of clinical indications.

Specification