Seeing the Invisible

with

Shortwave Infrared Imaging

What is Shortwave infrared?

Shortwave Infrared (SWIR), ranging from 1000 to 2000 nm, penetrates biological tissues more deeply than visible and near-infrared light.

Shortwave Infrared provides rich, natural contrast information, such as variations in water and lipid content, offering valuable insights into tissue composition.

Clinical Application in Pathology

Enhance the efficiency and accuracy of lymph node grossing in your lab without changing any workflow.

Clinical Application in Surgery

A.I. powered real-time intraoperative Critical Structure Identification

Disclaimer: This device is not yet approved by the U.S. Food and Drug Administration (FDA). It is currently undergoing development and evaluation.

Disclaimer: This device is not yet approved by the U.S. Food and Drug Administration (FDA). It is currently undergoing development and evaluation.

Introducing the Visionary Program

We’re excited to unveil our exclusive Visionary Program, tailored for those who are eager to be at the forefront of innovation in pathology!

This program offers two distinct opportunities for our early partners to gain unique advantages with the InVision device.

ARPA-H

Precision Surgical Interventions Program

Cision Vision receives the prestigious ARPA-H Award and wins up to $22.3 million dollars of government funding.

Highlights

Cision InVision is proud to be part of St. Dominic Health’s efforts to improve outcomes for people with cancer in Mississippi.  

Our InVision imaging system was showcased at the 2025 Ghent Pathology Meeting in The Netherlands.

We’re thrilled to share that Dr. Sophia Diaz from Johns Hopkins Medicine presented our groundbreaking technology!

Our Vision

Guided by insights from clinicians across multiple disciplines, we are committed to advancing cutting-edge scientific research and tackling unmet clinical needs.

“Innovation is not about tools but about reimagining how we save lives.”

Jeremy Li, CEO

Get in Touch

Discuss collaboration with us