MST leads the field of surgical analytics with its core image analytics technology
designed to empower and automate the surgical environment, with a focus on medical robotics
and computer-assisted surgery (MRCAS).
MST’s core technology is a software-based image analytics information platform powered by advanced visualization, scene recognition, artificial intelligence, machine learning and data analytics.
MST’s software-based image analytics information platform is at the forefront of the healthcare data revolution. Our software is designed to enable the operating room of the future through real-time image analytics, connectivity and automation.
Learn moreThe robotic system that gives surgeons full and natural control of the surgical procedure and an optimal field of view.
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“In 98 percent of the cases using AutoLap, we were able to perform solo surgery, as the robotic laparoscope positioning...
Step into surgery with virtual reality to see how the AutoLap™ image-guided robotic system works. A VR experience of AutoLap...
MST Medical Surgery Technologies, a leader in the field of surgical analytics with a core image analytics technology, continues to...
Robotic vs. Human Camera Assistance (II) The AutoLap™ system has been proven to reduce ergonomics-related stress, injury in laparoscopic surgery...
Robotic vs. Human Camera Assistance (I) The AutoLap™ robotic system is an enabler for solo surgery for both simple and...
Vivantes Humboldt, Berlin, one of Germany’s largest and most advanced hospitals, has introduced AutoLap for various general surgery procedures. The...
A recent post-market study confirmed that the AutoLap image-guided robotic laparoscope positioning system provides substantial improvement in ergonomics and posture...
CFDA pre-submission trials for MST’s AutoLap are well underway at 3 leading hospitals in China. Chinese teams are using the...
A recent post market study confirmed that the AutoLap image-guided robotic camera enables surgeons to perform solo surgery in a...
An AutoLap post market study has demonstrated superior natural laparoscope control using the advanced image-based Go-To interface for robotic laparoscope...