Enterprise Partnerships

Navigate Complexity, Accelerate Innovation

Bringing a new medical device to market is a high-stakes endeavor. Even the most well-resourced enterprises face roadblocks—lengthy development cycles, regulatory hurdles, and unforeseen technical challenges can stall progress and erode competitive advantage. Internal teams, no matter how skilled, often contend with bandwidth constraints, blind spots in emerging technologies, or the challenge of balancing innovation with execution. Without the right expertise and strategic support, delays, cost overruns, and missed opportunities can threaten success.

At StarFish Medical, we help market leaders anticipate and overcome these challenges. Our expertise extends beyond conventional problem-solving—we identify and address both the obvious and hidden obstacles that stand between you and your business objectives. Whether you need a dedicated innovation partner to fuel breakthrough ideas or an execution team to bring your vision to life, we provide the agility, technical depth, and regulatory foresight to keep your projects on track and ahead of the curve.

Three people engaged in a collaborative meeting. In the foreground, a man in a blue shirt sits at a table with a laptop showing a spreadsheet, gesturing with a pen in hand. In the background, a woman and another man stand in front of a large flip chart, writing notes. The flip chart has headings and bullet points written in blue marker. The setting appears to be a modern office or meeting space.

Why Partner with StarFish?

As an extension of your R&D team, we bring decades of experience in medical device innovation, ensuring seamless progress from early concept to commercialization. Our multidisciplinary expertise and structured development approach allow you to de-risk your investment while accelerating time to market.

Full Development Lifecycle Support

Our integrated team of engineers, designers, and regulatory specialists provides end-to-end expertise, from ideation and human factors to prototyping, optimization, and production readiness.

A group of four people in a meeting room engaged in a discussion. Three people sit at a white table — two men and one woman — attentively watching a fourth person standing and demonstrating or presenting something with small objects. The table holds various items, including swatches, a pencil case, and office supplies. A blank TV screen with a "No Signal" message is mounted on the wall in the background, and a large window allows natural light into the room.
Two women working together in an office or lab setting. One woman, wearing a blue dress and safety glasses, sits at a desk with dual computer monitors, while the other woman, in a white blouse and jeans, stands beside her, pointing to documents in an open binder on the desk. The scene is viewed through a glass partition, with reflections partially visible, and the workspace includes technical equipment and office supplies.

Uncompromising Quality and Precision

We uphold the highest standards of accuracy and compliance, ensuring your product meets regulatory requirements and is manufacturable at scale.

State-of-the-Art Development Facilities

With ISO-certified labs and cleanroom environments in Irvine, Vancouver, and Toronto, we offer in-house capabilities for rapid prototyping, V&V testing, and manufacturing in FDA-registered facilities.

A person working in a cleanroom environment, wearing a white lab coat, blue hairnet, protective face mask, safety glasses, and blue gloves. They are operating or inspecting equipment, holding a tablet or control device, with laboratory machinery and trays visible in the background. The setting appears to be a sterile lab or manufacturing facility.
Two technicians working in a laboratory or electronics workshop. In the foreground, a man wearing a white lab coat, red baseball cap, and glasses is seated at a workbench, using a tool to work on an electronic device. The bench is cluttered with various instruments, tools, and equipment. In the background, another technician in a white lab coat is standing and working at a separate station under a bright task light. The environment is organized and technical, indicating detailed assembly or testing work.

Seamless Transition to Manufacturing

Whether you require contract manufacturing support or need a technical transfer partner, we ensure a smooth transition from development to large-scale production.

Explore Our Sectors

Illustration of a delivery truck

We help you create innovative devices that combine your drug with optimal delivery methods for the most effective treatment.

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From remote diagnostics to powerful imaging systems, we design and develop solutions that work inside or outside a traditional healthcare setting.

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From supporting respiratory care to enabling home-based therapies, we have developed hundreds of therapy devices that treat patients inside or outside the clinic.

Let’s Discuss Your Next Innovation

StarFish Medical helps leading medical device enterprises overcome complexity and bring innovative technologies to market with confidence.

Human Factors Medtech AI
A close-up image of a hand drawing on a whiteboard with a marker, illustrating a brainstorming or planning session. Bold text on the left reads 'Cost to develop Medical Device' with the word 'develop' highlighted in purple. The image conveys the concept of medical device development costs and design planning.

What are the real costs of developing a medical device? In this episode of Bio Break, Nick and Joris dive into one of the most frequently asked questions they hear from clients: How much does it cost to develop a medical device?

A futuristic smartwatch displaying biometric data on its screen, set against a glowing blue background with abstract graphs. Bold text reads "Where's my Cortisol-Sensing Watch?" in a mix of grey, purple, and black fonts.

Nick and Joris tackle a question many tech and health enthusiasts have wondered for years: Where is my cortisol-sensing smartwatch? Nick shares a nostalgic story of reading about futuristic wearable technology in Popular Mechanics as a child — devices that would one day monitor biomarkers like cortisol to track stress and overall health. Now, decades later, he and Joris break down why such a wearable device still hasn’t become a reality.

White and colored label rolls isolated on white background with shadow reflection. Color reels of labels for printers. Labels for direct thermal or thermal transfer printing. Abstract background.

We all know medical devices have labels, but how often do we consider their purpose and the effort required to ensure they provide the right information? Device labelling serves as the interface between the manufacturer, the user, and regulatory bodies. (Note that being from Canada, we spell labelling with two Ls.)