Robotron Surgical Technologies

Enhancing Precision, Transforming Surgical Outcomes

Robotron Surgical empowers surgeons by developing advanced surgical visualization instruments and analytics tools that integrate seamlessly into OR workflows, delivering insights that drive continuous improvement in patient outcomes

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Superior Visualization

High resolution images for improved decision making

Plug and Play integration

Compatible with any OR monitor

Real time intelligence

AI driven image analysis and data interpretation

ABOUT EPIDUROTM

EpiduroTM Endorobotic Platform Delivers AI-Powered Navigation and Precision for Spine and Neuro Endoscopy

 

Robotron Surgical is advancing endoscopy with the EpiduroTM system — the first AI-driven endorobotic platform that combines flexible robotics, integrated imaging, and real-time anatomical recognition. EpiduroTM enables surgeons to navigate the spine and neuro axis with unparalleled control, enhancing safety, efficiency, and patient outcomes.

ABOUT SPINEHAWKTM

SpineHawkTM Instruments Provide Superior Visualization and Functionality for Spine and Neuro Surgeons

Robotron Surgical develops surgical platforms featuring advanced visualization and precision instruments, enabling surgeons to maximize patient outcomes

  • Precise visualization of the surgical field
  • Automatic image analysis
  • Integration with hospital systems

The Future of Surgery

SpineHawkTM

SpineHawkTM is a disposable surgical instrument with a 1mm intraoperative camera and AI-powered image segmentation (optional) for enhanced visualization in spinal procedures. It provides real-time imaging of neuroforamina, disc spaces, and critical structures, improving precision and reducing reliance on tactile feedback.

Surgical Intelligence Platform

  • Advanced imaging – precise visualization of tissues and anatomical structures.
  • Image analytics – intelligent algorithms identify anatomy, classify and quantify pathology, compute and deliver metrics for improved decision making
  • Data integration – preoperative, intraoperative, and postoperative data analytics for improved patient outcomes.