Henry Ford Health

Henry Ford Health

Academic medical center delivering comprehensive healthcare

Overview

Henry Ford Health operates a Michigan-based health care system offering a full continuum of services, including 13 hospitals, three behavioral health facilities, home health, virtual care, pharmacy, eye care, insurer roles, and retail options. It delivers care through its network of hospitals and clinics, providing primary and preventive care, specialty treatments, surgery, rehabilitation, and virtual visits, while also supporting research and education. It stands out by employing over 50,000 people across more than 550 sites and by earning recognition for excellence in cancer care, cardiology, neurology, orthopedics, and multi-organ transplants, as well as strong NIH funding. Its goal is to partner with patients and communities to provide high-quality care, advance medical research, and educate the next generation of health professionals.

About Henry Ford Health

Simplify's Rating
Why Henry Ford Health is rated
C+
Rated B on Competitive Edge
Rated C on Growth Potential
Rated C on Differentiation

Industries

Education

Healthcare

Company Size

10,001+

Company Stage

Grant

Total Funding

$40.3M

Headquarters

Detroit, Michigan

Founded

1915

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Simplify's Take

What believers are saying

  • Destination Grand should attract high-acuity referrals for transplant, neurosurgery, cancer, and vascular surgery.
  • The Cornerstone Medical Group acquisition adds 25 offices and 80-plus clinicians across Macomb County.
  • The BAMF theranostics partnership strengthens molecular imaging, radiopharmaceutical therapy, and Detroit oncology care.

What critics are saying

  • Any construction delay pushes the 2029 opening and gives rivals referral gains.
  • The 2.2 billion-dollar build creates major fixed costs if specialty volumes disappoint.
  • Smart technology, robots, and AI integration create visible operational failures during launch.

What makes Henry Ford Health unique

  • Henry Ford Health is building a 1.2-million-square-foot Detroit flagship by 2029.
  • The new tower includes 432 private rooms, 28 operating suites, and five ICU floors.
  • Shirley Ryan AbilityLab will anchor the top three floors with 72 rehabilitation beds.

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Funding

Total Funding

$40.3M

Above

Industry Average

Funded Over

3 Rounds

Grant funding comparison data is currently unavailable. We're working to provide this information soon!
Grant Funding Comparison
Coming Soon

Company News

Mondiale Media Ltd
May 19th, 2026
Detroit Pistons secure NBA's largest practice facility with Motorola Solutions technology.

Detroit Pistons secure NBA's largest practice facility with Motorola Solutions technology. 19th May 2026 The Henry Ford Health Detroit Pistons Performance Center (PPC), the largest practice facility in the National Basketball Association (NBA) and primary business headquarters for the Detroit Pistons, has unveiled a technology system that seamlessly blends rigorous security with the open civic spirit of uptown Detroit. PPC's security staff worked with Motorola Solutions and technology integrator Knight Watch to deploy a system combining video security, access control and voice communications solutions, purposefully designed to identify and resolve potential issues across the facility. "We are just a few miles from downtown in the heart of Detroit's New Center neighborhood, and on any given day, we have elite athletes training just floorboards away from people going to the health center or grabbing a bite to eat," said Matt Grimm, senior director, Corporate Security, Detroit Pistons. "Our unified video and access helps my team maintain the highest levels of protection for players and staff without creating an atmosphere of a high-security fortress. We have the real-time clarity needed to keep security behind the scenes while keeping our doors open to the community." Motorola Solutions' integration of video, access control and voice communications transforms security from passive monitoring to proactive safety. By linking these once-siloed tools into a single, operational view, the Pistons' security team can identify and resolve potential issues the moment they arise, rather than simply recording them for later review. This unified approach enables the Pistons to maintain a robust security presence across public and private zones that doesn't disrupt the facility's open and high-performance culture. "Instead of relying solely on physical barriers, metal detectors and guards, the Detroit Pistons have demonstrated that the best security is the kind people don't notice," said Jehan Wickramasuriya, senior vice president, Security & Resilience Software, Motorola Solutions. "Their state-of-the-art security operations center acts as a hub for discretely managing events so that community members, staff and players can stay focused on training and work. It protects without intimidating and responds without overreacting." "Securing a heavily-trafficked, 185,000-square-foot space brings unique challenges," said Ryan Bailey, CEO of Knight Watch. "Together with the Pistons, we built an invisible safety net spanning practice facilities, an official NBA merchandise store, dining establishments and the Henry Ford Health Center for Athletic Medicine. This is the future of securing multi-purpose developments."

WJRT ABC12
Apr 8th, 2026
NLRB dismisses a Teamsters charge against Henry Ford Genesys Hospital.

NLRB dismisses a Teamsters charge against Henry Ford Genesys Hospital. * Lisa Giles * Apr 7, 2026 Updated 9 hrs ago GRAND BLANC TOWNSHIP, Mich. (WJRT) - The National Labor Relations Board dismissed one of several unfair labor practice charges filed by the International Brotherhood of Teamsters against Henry Ford Genesys Hospital on Tuesday. The decision addressed allegations that the hospital unreasonably delayed providing health insurance information to the union. The ruling stated the hospital provided the requested information in a timely manner, despite the complexity of the request. "With respect to the allegation that the Employer unreasonably delayed in providing the Union information upon its request, the Board considers a variety of factors in determining whether a party has failed to furnish information in a timely manner," the ruling reads. * Ryan Jeltema The National Labor Relations Board ruling says Teamsters Local 332 requested information about what health insurance plans its members enrolled in as of March 2025 while the union was preparing for contract negotiations. A media representative from the International Brotherhood of Teamsters provided ABC12 with the following statement on the ruling: "While we are disappointed in the Region's ruling, this is just one of a dozen unfair labor practice charges we have filed against Henry Ford Genesys Hospital over their numerous illegal practices, and we will appeal the Region's decision to the National office. We remain confident that the strike is a ULP strike and that the NLRB will agree. To be clear: as much as Henry Ford tries to say otherwise, the Region did not rule that this isn't an unfair labor practice strike. The Teamsters Union will not back down until this hospital honors the seniority of the 750 striking Teamsters nurses and case workers and agrees on a fair and reasonable return-to-work agreement." A statement from International Brotherhood of Teamsters reads: "While we are disappointed in the Region's ruling, this is just one of a dozen unfair labor practice charges we have filed against Henry Ford Genesys Hospital over their numerous illegal practices, and we will appeal the Region's decision to the National office. We remain confident that the strike is a ULP strike and that the NLRB will agree. To be clear: as much as Henry Ford tries to say otherwise, the Region did not rule that this isn't an unfair labor practice strike. The Teamsters Union will not back down until this hospital honors the seniority of the 750 striking Teamsters nurses and case workers and agrees on a fair and reasonable return-to-work agreement." Henry Ford Health responded in June 2025 with information about health insurance elections of Teamsters Local 332 nurses enrolled in each plan, but later determined that data was incorrect, according to the labor relations board decision document. The hospital provided updated figures showing the number of nurses in each health insurance plan in August 2025, but it did not include names of employees enrolled in various levels of coverage. The union still wanted to know the level of coverage each member selected and their number of dependents, according to the labor relations board decision document. The hospital claimed it could not provide that information without written permission from each employee due to federal health care privacy laws, the labor relations board noted. The issue of employee health insurance elections was a point of negotiation during more than two dozen bargaining meetings between Teamsters and Henry Ford Health. The strike started on Sept. 1 and Henry Ford Health declared an impasse on Nov. 4. The labor relations board determined that Henry Ford Health's June 25 information was a good faith effort to answer the Teamsters' question and the hospital raised legitimate concerns in not providing more detailed information. "It cannot be established that the Employer unlawfully failed or refused to provide the Union the information at issue," the decision document said. The labor relations board ruling also stated the dismissal means the hospital's declaration of impasse was lawful and the union's Sept. 1 strike is not classified as an unfair labor practice strike. The decision released Tuesday dismisses one of many unfair labor practices charges that Teamsters Local 332 filed in November against Henry Ford Health. Negotiations continue between Teamsters Local 332 and Henry Ford Health Genesys Hospital. Both sides have met more than 80 times over the past year to reach a new contract. A key sticking point in negotiations recently has been a return to work agreement, which would govern what job assignments Teamsters nurses receive if they ratify a contract. Nurses want the same shift and position assignments they had before the strike started. Henry Ford Health has promised a job with the same seniority level for all striking nurses, but won't agree to the same positions and shifts. It says some positions have been filled since the strike started and other jobs don't exist after operational changes. * Ta'Niyah Jordan * Ryan Jeltema * Morgan Kirsch

Hoodline
Apr 3rd, 2026
Henry Ford Health Scoops Up 25 Doctor Offices Across Macomb County

Henry Ford picks up 25 Cornerstone offices in Macomb; 80+ clinicians join the system.

Modern Healthcare
Apr 2nd, 2026
Henry Ford Health acquires 25-office medical group amid expansion.

Henry Ford Health acquires 25-office medical group amid expansion. April 02, 2026 01:36 PM CDT Henry Ford Health is adding to its rapid expansion across Southeast Michigan with the acquisition of Clinton Township-based Cornerstone Medical Group. Staying current is easy with newsletters delivered straight to your inbox.

Medical News Pakistan
Mar 13th, 2026
Cancer-killing microrobots are here - and they could change treatment forever.

Cancer-killing microrobots are here - and they could change treatment forever. Latest. Researchers at Michigan State University and Henry Ford Health have unveiled a microscopic robot platform designed to target tumors with extreme precision, raising fresh hopes for safer cancer treatment, less invasive procedures, and faster healing. MN Report 05:00 PM, 13 Mar, 2026 Image courtesy of MSUToday What if the next major leap in cancer treatment is not a bigger machine, a stronger drug, or a more complex surgery - but a robot so small it can move through the body, find danger, and attack it with remarkable precision? That is the promise now emerging from the United States, where scientists at Michigan State University working with Henry Ford Health and collaborators at Arizona State University have developed a new microrobot design that could push cancer care into a very different future. The breakthrough centers on a platform called TriMag, a microscopic robot built to combine three functions in one device: precise magnetic guidance through the body, real-time tracking with advanced imaging, and controlled magnetic heating that can destroy tumor cells in a highly targeted way. In plain terms, this means doctors may one day be able to guide tiny robots to a tumor, see where they are in real time, and activate them in a way that harms cancer tissue while better protecting surrounding healthy organs. That is why this story matters far beyond the laboratory. One of the biggest problems in oncology is not only killing cancer cells, but doing so without inflicting heavy collateral damage on the rest of the body. Conventional cancer therapies can save lives, but they also often come with punishing side effects because healthy tissue gets caught in the blast radius. The TriMag platform is being developed to make treatment more targeted and less damaging, which is exactly the kind of shift patients, doctors, and health systems around the world have been waiting for. According to the official Michigan State University report, the microrobots can be tracked deep inside tissue using magnetic particle imaging, which produces real-time three-dimensional images without radiation and without the visual interference often caused by organs or bones. That combination is significant because a treatment is only as useful as a clinician's ability to control it accurately. In cancer treatment, precision is everything. The researchers say the potential goes beyond tumor destruction alone. The same class of microrobots could eventually help make eye treatments more precise and less invasive, carry imaging agents for safer pre-surgery scans, and even assist with difficult brain procedures where navigating delicate structures is one of the greatest surgical challenges. Ian Lee, a neurosurgeon at Henry Ford Health and one of the study's co-authors, said microrobots "hold promise for complex brain surgeries" and could offer "a less invasive way to navigate delicate brain structures in humans," adding that lower invasiveness can mean faster recovery and less painful procedures for patients. Another detail makes the story even more compelling: these tiny machines are designed not to stay inside the body permanently. Jinxing Li of the Michigan State University College of Engineering and the Institute for Quantitative Health Science and Engineering explained that when the microrobot's work is finished, it can safely biodegrade. According to Li, the microrobots are made from edible polymers similar to materials used in dissolvable drug capsules, along with tiny iron oxide particles. The body can then break them down, with some components used naturally and others cleared through normal biological processes. That biodegradable design addresses one of the questions many readers instinctively ask: if robots go inside the body, what happens afterward? In this case, the answer is that the researchers are building the platform with biocompatibility and safe breakdown in mind from the start. That alone moves the concept from futuristic imagination toward practical medical engineering. It is also important to stay grounded in what this breakthrough does and does not yet mean. The microrobots have been tested in biological fluids and animal models, but human trials are still years away, according to the university's report. So this is not an immediate hospital rollout, and it is not a miracle cure. It is, however, one of the strongest signs yet that microrobotics is moving from experimental fascination toward serious clinical potential. For cancer patients and families, that distinction matters. This is not a promise that cancer has been solved. It is a sign that the future of treatment may become smarter, more targeted, and less punishing. If platforms like TriMag eventually succeed in human medicine, they could help shift care away from broad-force treatment and toward precision oncology - the kind of approach that attacks tumors more accurately while preserving quality of life. For countries facing rising cancer burdens, overstretched hospitals, and growing public demand for better treatment outcomes, this kind of innovation could carry national and global significance. A system that reduces surgical trauma, improves targeting, and potentially lowers treatment-related harm would not only matter medically - it would matter economically, socially, and emotionally for millions of families. That is why this is not just a laboratory story. It is a future-of-medicine story. For readers of Medical News Pakistan, the bottom line is simple: the age of cancer-fighting microrobots is no longer science fiction. It is early, it is experimental, and it still needs years of work - but the direction is now unmistakable. Tiny machines may one day help doctors reach tumors more accurately, treat patients more gently, and rewrite what modern cancer care looks like. CLICK HERE TO JOIN Medical News Pakistan on WhatsApp for the latest health insights, diabetes research updates, and expert tips straight to your phone. E-paper. 05:00 PM, 17 Mar, 2026 Follow Medical News on facebook.

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