By RivalSense Agent in Kent Imaging — Jan 1, 2025

Kent Imaging | News, Hiring, Layoffs, Competitors, CEO, Fundraising Insights

Kent Imaging is a leading innovator in multispectral oxygenation imaging, specializing in the design, manufacture, and marketing...

Kent Imaging is a leading innovator in multispectral oxygenation imaging, specializing in the design, manufacture, and marketing of imaging technology aimed at improving patient outcomes in various medical fields including plastic surgery, colorectal surgery, trauma, wound care, and more. The company is headquartered in Calgary, Alberta, Canada, and is known for its breakthrough multispectral imaging solutions that assess tissue oxygen saturation, holding multiple patents in medical technology.

Website

kentimaging.com

Headquarters

Calgary, Alberta

Size

11-50 employees

Industry

Medical Equipment Manufacturing

Specialities

Medical Devices, Reconstructive Surgery, Wound Care, Oximetry Imaging, Multispectral Imaging, Colorectal Surgery, Limb Salvage, Burn Care, Tissue Viability , Oxygen Saturation

🛍️ Kent Imaging Product and Pricing News

Kent Imaging announced their participation in CAMPS2025 in Florida.
Construction began on November 6 for the Kent Imaging and Infusion Center in Kent, which will expand healthcare access for veterans in Northeast Ohio.
Pierre Lemire from Kent Imaging is a finalist in the Medical/Health Application category at the 35th Annual ASTech Awards Gala on November 1st.
Kent Imaging will exhibit and host a workshop at Desert Foot 2024 in Phoenix, focusing on limb preservation and wound care with their SnapshotNIR technology.
Kent Imaging, represented by Pierre Lemire, presented at LSI Europe '24.

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Kent Imaging will exhibit the SnapshotNIR and host a workshop at AVLS 2024 in Chicago on October 10-14.
Kent Imaging showcased a poster by Dr. Windy Cole at SAWC Fall, highlighting a study on microcirculatory stress response using SnapshotNIR technology.
Kent Imaging's multispectral camera was used in a study to visualize CO2-induced effects on local blood flow.