IMPLANT DETECTOR

Three Dimensional Implant Detector

Simple – Simplfy procedures in complex situations

Accurate – The implant can be easily detected regardless of its position or angle

Reliable – More effective than X-ray

Effective – Suitable for various titanium implant systems

Sterilizable – The detachable sensor can be easily sterilized

Safety – Less surgical trauma and postoperative complications, faster healing time

Comfort – Ergonomics, designed for better grip

Traditional Surgery vs Minimally Invasive Surgery

Traditional Surgery: Difficult to locate by touch, not precise, might require cutting and sewing a big wound, long healing period, bad experience for patient

Minimally Invasive Surgery: Accurately locates the implant screw, small wound with minimal bleeding, no extra sewing. Quick healing, better patient experience.

EASYDO 3D Implant Detector

Simple. Refined. Effective.

EASYDO 3D Implant Detector is a high-precision and user-friendly medical device that helps to precisely detect implants during implant surgery. It provides real-time stability, making implant placement faster, more accurate and less invasive.

Highlights

  • User-Friendly Interface
    With its simple design and easy-to-use maintenance, it offers a system that every physician can easily adapt to.
  • Real-Time Bead
    Implant parameters are determined instantly during the procedure; Elimination of false information.
  • Minimum Intervention in Surgery
    Accelerate the healing process by making gum cutting and other traumatic procedures unnecessary.
  • Precise and Reliable
    The system, which collapses with stereotactic technology, determines the integrity of the implant in the bone with millimeter accuracy.

Why EASYDO?

Shorter Treatment Time

Comparing two treatments with traditional implant treatment provides more effective results in a single stage.

Patient Comfort

Less pain, faster recovery, more satisfied medications.

Physician Efficiency

Time is saved in clinical studies, working hours are reduced, and the number of people per patient increases.