Sentiré Medical Systems

A New Layer of Intelligence in Minimally Invasive Surgery

Sentiré is developing real-time gas sensing technology to expand intraoperative awareness and integrate seamlessly into surgical workflow.

Beyond What Can Be Seen

The surgical environment contains information that is not directly visible.

Minimally invasive surgery relies on visual and mechanical feedback to guide decision-making. Yet the surgical environment contains additional information that is not directly visible. Sentiré is developing technology designed to introduce gas sensing as a new intraoperative modality, adding a new layer of awareness during minimally invasive procedures.

Real-Time Gas Sensing

Sensing what surgeons cannot see.

The Sentiré platform continuously samples and interprets chemical signals present within the surgical environment. By analyzing complex, evolving patterns in real time, the system provides additional intraoperative context, working quietly in the background alongside existing surgical tools and techniques.

Real-time gas sensing in minimally invasive surgery
How It Works

Sample. Analyze. Inform.

All in Real Time.

Accesses the intraoperative environment through existing pathways

Sample

Analyze

Interprets dynamic gas signal patterns in real time

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Inform

Adds a continuous intraoperative layer of awareness

Designed for the OR

Designed for Seamless Integration

Sentiré's technology integrates with existing laparoscopic and robotic workflows, without requiring changes to surgical tools or techniques. SENSai™ is intended to operate continuously in the background, supporting intraoperative awareness and improving procedural efficiency.

Compatible with minimally invasive workflows
Designed for continuous operation
Minimal setup
Built with future system integration in mind
A Platform for Surgical Sensing

Chemical sensing designed to evolve with surgery.

Chemical signals are present across a wide range of surgical environments. Sentiré is developing a platform approach to intraoperative sensing designed to evolve with laparoscopic and robotic surgery.

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