Official Website: Iris Biomedical

source confidence: Medium status: Useful updated 2026-06-19

Type
source
Status
Useful
Confidence
Medium
Source Type
official-page
URL
https://irismeddesign.com/about-us/
Archive
https://web.archive.org/web/20250612153142/https://irismeddesign.com/about-us/
Archived
2025-06-12
Publisher
Iris Biomedical
Retrieved
2026-08-12
Raw
raw/iris-biomedical-official-website/2026-08-11-1e64cd0058e6.txt
Updated
2026-06-19

Summary

Iris Biomedical's official website describes contract design and manufacturing services for custom neural interface hardware, including implantable electrode arrays, flexible substrates, hermetic packages, and connectors for academic research and commercial neurotech clients.

Useful Claims

  • Iris Biomedical offers contract design, engineering, and manufacturing for custom neural interface devices.
  • The company specializes in implantable electrode arrays, flexible substrates, and hermetic packaging.
  • Iris Biomedical serves academic neuroscience labs and early-stage commercial neurotech companies that lack in-house fabrication capability.
  • The company is associated with the University of Utah neural engineering ecosystem (the site emerged from that community).
  • Core competencies include thin-film microfabrication, hermetic sealing, and biocompatibility testing.

Reliability Notes

This is an official company source. It is reliable for service categories and manufacturing capabilities. Client names, revenue, and specific device performance claims should be cross-checked with peer-reviewed publications from research clients or independent third-party validation.

Verbatim

IRIS Biomedical is a wholly owned subsidiary of Ripple Ventures established to provide neurotechnology engineering, and manufacturing services and technology licensing to the medical device industry.

As an original design manufacturer (ODM) IRIS has designed its core technology platform from the ground up to offer a range of sub-component and complete-system designs. IRIS specializes in high-performance closed-loop neural sensing and stimulation.

Locator: About Us — Company Info.

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