Liquid Management,
Medical Robotics,
IoT,
Achieving 3D cleaning, shaping, and obturation of root canals has always been the sought-after objective in endodontic treatment, a goal that often proved to be challenging. The development of the Self-Adjusting File (SAF) System aimed to address various limitations inherent in current rotary file systems.
The SAF System is centered around a hollow, highly compressible file designed to adapt itself three-dimensionally to the contours of a given root canal, including its cross-section. Operating with a vibratory in-and-out motion, the file is coupled with continuous irrigation delivered by a peristaltic pump through its hollow structure. This approach ensures the uniform removal of a layer of dentin from the entire circumference of the root canal, accomplishing the primary objectives of root canal treatment while safeguarding the remaining root dentin.
The 3D scrubbing effect of the file, in conjunction with a continuous supply of fresh irrigants, leads to remarkably clean canals, facilitating improved obturation. Simultaneously, the SAF System achieves the additional goal of more effectively disinfecting flat-oval root canals. The safety of root canal treatment is significantly improved through the system’s high mechanical stability and the implementation of a novel no-pressure irrigation concept.
In essence, the SAF System brings operators notably closer to the longstanding aspiration of achieving 3D root-canal treatment.
Where did NEAT have an impact?
- ● Designing hardware, PCBs, and communications.
- ● Addressing the mechanical aspect of the system.
- ● Creating the application and GUI to ensure a user-friendly and intuitive experience.
Other services
Our mission is to answer engineering challenges and bring your idea to life, to its destination and beyond
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We specialize in designing precision dispensing systems, ensuring accurate distribution which is crucial for various medical procedures ,as well as industrial, pharmaceutical and chemical processes. We also excel in developing innovative flow control and monitoring solutions, focusing on efficiency and waste reduction.
Additionally, we specialize in crafting advanced filtration and separation systems, alongside designing automated liquid handling and robotic systems. All while ensuring precise and effective liquid management.
Our products integrate cutting-edge technologies like laser and ultrasound, designed with the user experience in mind.
We integrate smart software into our systems for precise and customizable treatments while also enabling the tracking and efficient control of treatments.
Just like in any other field, in aesthetics especially there is a need to ensure the highest safety and compliance to strict standards.
Our robots support patient recovery, offering precise rehabilitation support or controlled physical therapy. They also revolutionize pharmacy operations by automating medication dispensing for heightened accuracy and efficiency. In diagnostics, implementing robotic systems provides continuous monitoring, automating routine checks, and aiding in the early detection of risks.
Our team's diverse expertise ensures our robotics are not only technically advanced but also intuitive and aligned with clinical needs.
These systems ensure optimal dosing and control, feature integrated monitoring for real-time data, and support seamless digital integration, as well as code and system architecture that enables convenient and efficient use and management.
Our commitment to safety is evident through extensive testing and validations. Our customized approaches cater to specific therapeutic needs.
