Elevating Precision with Hikimaging’s State-of-the-Art 3D Laparoscope

Hikimaging, a trailblazer in the medical technology industry, is at the forefront of revolutionizing surgical procedures with its 3D (ICG) Equipment. Specializing in advanced 3D laparoscope, Hikimaging sets a new standard for precision and clarity in minimally invasive surgeries, empowering healthcare professionals with innovative tools for enhanced patient care.

Unveiling the MIK-EC54 Series

Central to Hikimaging’s portfolio is the MIK-EC54 series, featuring a 1080P 3D camera renowned for its exceptional performance in laparoscopic procedures. With a generous diagonal field of view of 80° and a directional angle of 30°, these 3D laparoscope offers surgeons visibility and depth perception during intricate surgical interventions. The binocular effective depth of field ranging from 30mm to 200mm ensures precise visualization of anatomical structures, enhancing procedural accuracy and outcomes.

Redefining Surgical Visualization with 3D Technology

By incorporating advanced 3D imaging technology, Hikimaging’s 3D laparoscope provides a transformative experience for surgeons, enabling them to navigate complex surgical environments with depth perception and clarity. With a lightweight design weighing 680g for square port models and 670g for round port models, along with a waterproof level of IPX8 and compatibility with low-temperature plasma sterilization, the MIK-EC54 series offers durability, versatility, and ease of sterilization for seamless integration into modern operating rooms.

Conclusion

Hikimaging’s commitment to advancing 3D (ICG) Equipment underscores its dedication to enhancing surgical precision and efficiency. By prioritizing innovation, quality, and user-centric design, Hikimaging continues to lead the way in providing state-of-the-art 3D laparoscope that redefines the landscape of minimally invasive surgeries. With a focus on empowering healthcare professionals with advanced tools for superior patient outcomes, Hikimaging paves the way for a future where surgical procedures are conducted with unprecedented precision and clarity.

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