NETFIL PROCESSING OF CHAIRSIDE DENTAL RESIN COMPOSITEs

The NETFIL process revolutionizes chairside dental composite applications by focusing on the micromechanical properties of composite materials at a molecular level. This advanced approach enhances the filler-matrix interaction, ensuring composites that are stronger, more durable, and better performing than ever before.

1. Optimized Filler-Matrix Interaction:
   NETFIL Processing ensures a uniform and robust bond between the filler particles and the resin matrix. This molecular-level improvement results in composites with significantly enhanced strength and longevity, minimizing issues like fracture or wear.
2. Reduced Free Volume Voids:
   One of the standout advantages of the NETFIL process is the marked reduction in free volume voids within the composite structure. These voids, typically generated due to thermal expansion and contraction during polymerization, are substantially minimized. The result is a denser, more homogenous material that offers superior mechanical stability and wear resistance.
3. Compatibility with Both Condensable and Flowable Composites:
   The NETFIL process can be universally applied to both condensible and flowable composite resins, with striking improvements observed in both these types of dentalf resin composite. Whether working with a paste or liquid, dental professionals can experience enhanced  material density, and improved clinical outcomes such as excellent surface finish and polish.
4. Enhanced Physical and Mechanical Properties:
   By densifying the composite material to near net density, NETFIL Processing ensures better compressive strength, reduced polymerization shrinkage, and improved stress distribution. These enhancements lead to longer-lasting restorations that maintain their structural integrity under chewing forces.
5. Consistency in Application:
   The molecular optimization achieved through NETFIL results in composites that are easier to manipulate and sculpt, offering predictable outcomes and reducing the likelihood of failure due to inconsistent material properties.

Flowable composites, often prone to issues like void formation and inadequate strength, benefit immensely from the NETFIL process. The reduction in thermal expansion-induced voids ensures smoother polymerization and fewer weak points within the restoration, making these materials more reliable and durable.

Micromechanics are the foundation of any successful composite restoration. By addressing filler-matrix interactions and reducing microvoids, NETFIL Processing not only improves the mechanical properties of dental composites but also elevates their overall performance, ensuring patient satisfaction and long-term success.

DM101 is proud to announce its ongoing tie-up with Anabond Stedman Corporation, Chennai, a leading name in adhesive technologies. This agreement enables us to apply our proprietary NETFIL process to their dental composites, delivering unparalleled performance and quality enhancements.

Additionally, DM101 is actively working towards establishing partnerships with various other dental companies globally. These collaborations will allow us to expand the reach of the NETFIL process, transforming dental composites worldwide and elevating the standards of restorative dentistry.

At DM101, we believe that the NETFIL process represents the next generation of innovation in dental materials. By improving micromechanics at a molecular level, we are empowering dental professionals to achieve exceptional results while ensuring patients benefit from stronger, more reliable restorations.

Join us on this journey of innovation and excellence. For collaboration inquiries or to learn more about the NETFIL process, contact us today!