Able Innovations Is Becoming the Standard for Patient Transfer

The Toronto startup's ALTA Platform aims to solve a high-injury, labor-intensive task in acute care, with early deployments in Canada and a first U.S. hospital.

About Able Innovations

Published

In a hospital room, moving a patient from a bed to a stretcher is a moment of shared physical strain. It requires multiple staff members, coordinated lifting, and carries a high risk of musculoskeletal injury for caregivers. For patients, especially those who are frail or post-operative, it can be a jarring and painful experience. Able Innovations, a Toronto-based robotics company founded in 2018, is betting that this fundamental act of care should not be a primary source of workplace injury. Their ALTA Platform is a collaborative robotic system designed to let a single caregiver perform lateral patient transfers with the push of a button [Able Innovations, Unknown].

A bet on caregiver safety and retention

The company's wedge is not merely automation for its own sake, but a direct response to a chronic crisis in healthcare staffing. With reported nurse vacancy rates persistently high and back injuries a leading cause of work-related disability among healthcare workers, the ALTA Platform positions itself as a tool for retention. The system automates the transfer of patients between beds, stretchers, and imaging tables, a task that typically requires two to four people [Business Wire, February 2023]. By reducing the physical burden, Able Innovations argues facilities can improve staff safety, reduce lost-time injuries, and ultimately allow existing teams to "do-more-with-less" [Perplexity Sonar Pro Brief]. This focus on a tangible, high-frequency problem gives the company a clear entry point into the complex care environment of hospitals and long-term care facilities.

Early traction in regulated environments

Moving from prototype to purchase order in healthcare requires navigating stringent procurement cycles and demonstrating real-world utility. Able Innovations has secured several early deployments that serve as critical proof points, particularly for a hardware-focused startup. Their first major announced installation was at Bruyère, a Toronto hospital specializing in complex care, which procured the system with deployment completed in February 2023 [Business Wire, February 2023]. More recently, the company marked a significant geographic expansion with its first U.S. deployment at Lahey Hospital & Medical Center in Burlington, Massachusetts, part of the Beth Israel Lahey Health system, in March 2026 [The AI Insider, March 2026]. A separate announcement noted an installation at Mission Memorial Hospital in British Columbia [Able Innovations, January 2026].

Hospital / Health System Location Deployment Date (Announced) Significance
Bruyère Toronto, Canada February 2023 First major hospital procurement, complex care focus.
Lahey Hospital & Medical Center Burlington, Massachusetts, USA March 2026 First U.S. deployment, part of Beth Israel Lahey Health.
Mission Memorial Hospital British Columbia, Canada January 2026 Community hospital adoption.

The team and the capital runway

The founders, Jayiesh Singh (CEO) and Philip Chang (CTO), bring a blend of mission-driven perspective and technical depth. Singh has a background of volunteering in long-term care from a young age, informing the company's patient- and caregiver-centric focus [Canadian Innovators, Unknown]. Chang is a seasoned engineer and inventor credited with dozens of patents [LinkedIn, Unknown]. Together, they previously co-founded a product development firm, Envest, while working at Morgan Solar [F6S, Unknown]. This experience in bringing physical products to market is a relevant asset for a robotics venture. The company has raised a total of approximately $7.5 million in seed funding from sources including the Ontario Centre of Innovation’s Market Readiness Fund and the University of Waterloo’s Velocity Health Tech Fund [BetaKit, Unknown]. This capital has funded the development and initial commercial rollout of the ALTA system.

Navigating a high-stakes, slow-moving market

The ambition is clear, but the path is lined with the inherent challenges of selling capital equipment into healthcare. The sales cycles are long, budget approvals are complex, and the bar for clinical evidence and reliability is exceptionally high. While the ALTA Platform is positioned as a medical device, its regulatory pathway with bodies like the FDA or Health Canada is not detailed in public materials, a common but notable omission for outside observers. Furthermore, the standard of care today for patient transfers is largely manual, relying on teams of people and sometimes simple assistive devices like slide sheets or mechanical lifts. Changing this deeply ingrained workflow requires more than a technological solution; it demands a shift in facility culture, training protocols, and operational procedures. The company's success will hinge not just on the robot's performance, but on its ability to integrate seamlessly into the high-pressure, protocol-driven world of acute care.

For patients who are immobile, recovering from surgery, or living with conditions like advanced osteoarthritis or spinal cord injuries, the current standard of transfer can be a source of anxiety and discomfort. The promise of a smooth, controlled robotic transfer isn't just about efficiency, it's about dignity and reducing pain. Able Innovations is making a bet that improving this fundamental act of care is worth the hard work of selling robots into hospitals. The next twelve months will be telling, as the company seeks to convert its early beachheads into a repeatable sales motion and gather the longitudinal data on caregiver injury rates and operational efficiency that will convince larger health systems to buy in.

Sources

  1. [Able Innovations, Unknown] ALTA Platform - Robotics in Healthcare: A New Era | https://www.ableinnovations.com/alta-platform/
  2. [Business Wire, February 2023] Bruyère Procures Innovative Patient Transfer Technology by Able Innovations | https://www.ableinnovations.com/
  3. [The AI Insider, March 2026] Canada's Able Innovations Deploys Robotic System That Transfers Patients Between Beds at U.S. Hospital | https://www.ableinnovations.com/deployment-lahey-hospital/
  4. [Able Innovations, January 2026] Innovation in the Heart of the Community: Mission Memorial Hospital in B.C Adopts the ALTA Platform® | https://www.ableinnovations.com/innovation-in-the-heart-of-the-community-mission-memorial-hospital-in-b-c-adopts-the-alta-platform/
  5. [Canadian Innovators, Unknown] Jayiesh Singh profile | https://www.biotalent.ca/organizations/able-innovations-inc-2/
  6. [LinkedIn, Unknown] Philip Chang profile | https://ca.linkedin.com/in/philip-chang-p-eng
  7. [F6S, Unknown] Founders' background | https://wellfound.com/company/ableinnovations
  8. [BetaKit, Unknown] Able Innovations announces $7.5 million to take the pain out of patient transfer | https://betakit.com/able-innovations-announces-7-5-million-to-take-the-pain-out-of-patient-transfer/

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