# Iris Biomedical **Type:** venture **Status:** Draft **Confidence:** Medium **Focus:** neural interfaces, BCI hardware, implantable devices, medical device manufacturing, neurotech supply chain **Stage:** Established; contract design and manufacturing **Location:** Salt Lake City, UT **Updated:** 2026-06-19 **Needs-reviewed:** 2026-06-19 **Hero:** https://picsum.photos/seed/iris-biomedical-2026/1600/1100 **Relates:** cites [Official Website: Iris Biomedical](iris-biomedical-official-website.md) ## Summary Iris Biomedical is a Salt Lake City company that designs, prototypes, and manufactures custom neural interface hardware — implantable electrode arrays, flexible substrates, hermetic packages, and connectors — for academic research programs and early-stage commercial neurotech companies that do not have in-house manufacturing capability. The company appears to have been founded around 2014 by alumni of the University of Utah's neural engineering program. Iris occupies a specific and difficult-to-replace position in the BCI supply chain: specialized contract manufacturing for implantable neural hardware that requires medical-device quality systems (ISO 13485) and expertise in platinum-iridium electrodes, polyimide and parylene substrates, and biocompatible hermetic encapsulation. Most early-stage neural interface programs globally depend on a small number of shops like Iris, and the company's Utah location makes it part of one of the world's densest BCI-hardware clusters. ## Impact Every BCI company and neural engineering academic lab eventually hits the same bottleneck: custom neural interface hardware is not a commodity, and in-house manufacturing fabs are expensive to build and staff. Iris Biomedical occupies a supply-chain position that makes a large portion of the academic BCI research and early-stage commercial neurotech ecosystem possible. If Iris did not exist, many programs would have to build internal fabs, slowing development timelines significantly. The impact is indirect — it flows through the customers who implant the hardware in clinical trials, research animals, and eventually commercial BCI users — but it is real. Utah's neural interface cluster (Iris, Intan Technologies, Ripple Neuro, Blackrock Neurotech) is one of the densest BCI hardware ecosystems in the world, and Iris is a foundational supply-chain node within it. ## What They Are Building Iris Biomedical provides custom design and manufacturing services for implantable neural hardware. Specific capabilities include: - Electrode arrays in custom geometries for recording or stimulation at specific neural targets - Flexible substrates (polyimide, parylene C) compatible with neural tissue for chronic implantation - Hermetic packages for implantable electronics requiring long-term biological compatibility - Connectors and cabling for neural implant systems Each customer typically wants different geometries, requiring Iris to maintain manufacturing agility across dozens of one-off designs per year at medical-device quality levels. The materials science of implantable neural hardware — surviving years inside biological tissue without encapsulation failure, corrosion, or delamination — is specialized and not easily transferred between suppliers. ## What They Need Now Biomedical engineers, microfabrication engineers, hermetic packaging specialists, and quality engineers with ISO 13485 medical-device experience. The company is small with high individual leverage. The specialized nature of the work means recruiting is from a narrow talent pool: MEMS-background engineers, biomedical engineering graduates from neural-engineering programs (University of Utah's Center for Neural Interfaces is the primary feeder), and quality professionals with implantable-device experience. ## Who Could Help Academic BCI labs needing custom electrode arrays or hermetic packages. Early-stage neurotech companies seeking manufacturing partnerships before they are ready to build internal fabs. University of Utah's Technology Commercialization Office for student and postdoc talent pipelines. Investors in the BCI supply-chain layer (as distinct from clinical-stage BCI companies). ISO 13485 consultants and quality infrastructure as the company manages QMS overhead. ## Utah Context Utah's neural interface cluster exists because of the University of Utah's Center for Neural Interfaces and the legacy of the Utah Electrode Array (Utah Slanted Electrode Array) — one of the most widely used research neural interfaces in the world, developed at the U of U in the 1990s. Iris, Intan Technologies, Ripple Neuro, and Blackrock Neurotech are all either U of U spinouts or companies founded by U of U neural engineering alumni. This concentration means Utah has an unusual depth of implantable-device manufacturing expertise, regulatory knowledge, and research relationships that new BCI programs globally actively seek out. Iris is a direct product of that ecosystem and helps perpetuate it by keeping manufacturing capability local to the cluster. ## Evidence - [Official Website: Iris Biomedical](iris-biomedical-official-website.md) ## See Also - [Blackrock Neurotech](blackrock-neurotech.md) — the most prominent Utah-based clinical BCI company; a key customer type for neural-interface manufacturing services - [Ripple Neuro](ripple-neuro.md) — another Utah neural engineering company in the same BCI hardware cluster ## Open Questions - What is the current customer mix — how much of revenue comes from academic labs vs. early-stage commercial BCI companies vs. established neurotech firms? - How does Iris compete with other neural-interface manufacturers (Microprobes for Life Science, Plexon, custom university fabs)? - Is the company actively recruiting, and what specific roles are open? - ISO 13485 QMS overhead is significant for a small company — does Iris hold current certification? - The placeholder hero should be replaced with a cleared lab or product photograph when rights are confirmed.