Medical Device Development
Providing safety, usability, and compliance from the very first decision
We support companies in developing medical devices. From early ideas to production-ready products.
By combining human-centered design, engineering, and regulatory know-how, we help reduce development risk and shorten time to market.
Medical products don’t exist in isolation. They are often used in complex environments, by different types of users, under pressure, and mostly with little room for error. That is why we focus from the beginning on how a device will actually be used, manufactured, and approved.
Where we contribute into MedTech
Different types of medical devices come with different constraints. Use context, risk level, and regulatory pathways all shape our proportionate development approach.
We support teams across several key areas:
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Wearables are used continuously over long periods, often in real-life environments outside clinical control.
We design for sustained comfort, durability, and effortless daily use, where material choices, form factors, and long-term wearability support improved treatment adherence and better therapeutic outcomes.
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Many devices are part of a broader ecosystem, combining hardware with software and data platforms.
We design connected systems that balance the needs of patients and healthcare professionals alike, making remote use intuitive for everyday life while supporting efficient clinical oversight and decision-making.
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Monitoring devices need to provide clear, continuous insight without overwhelming the user.
We design systems for both clinical and home-care settings, addressing challenges around long-term use, data clarity, and workflow integration across evolving patient monitoring solutions.
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Diagnostics are increasingly becoming faster, smaller, and closer to the point of care.
We develop portable systems where performance, usability, and technical constraints must work together, making advanced technology practical and effective in real clinical settings.
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We focus on how a device adapts to the surgical team’s needs and expectations, how it fits into clinical workflows, and how interaction can be kept simple and predictable.
Our approach revolves around developing intuitive and reliable devices that minimize the chance of using errors.
Why choose us?
Medical device development requires more than technical execution. It requires orchestrated collaboration between usability, engineering, and compliance experts at every stage.
Pilotfish brings these disciplines together through a structured development process, ensuring that products evolve from concept to certification without unnecessary delays or redesigns.
Usability is part of the foundation
We integrate Human Factors Engineering from throughout the entire project from day one. This helps to reduce use errors, ensures lesser development cycles and strengthens regulatory compliance.
Engineering with production in mind
We integrate Human Factors Engineering from throughout the entire project from day one. This helps to reduce use errors, ensures lesser development cycles and strengthens regulatory compliance.
Regulatory thinking throughout the process
Requirements from MDR, FDA, and ISO standards are considered during development, not added at the end.
Continuous Verification & Validation
Verification and validation are integrated throughout development to identify issues as early as possible and ensure reliable system performance.
Have a medical device idea that needs to move forward?
Let’s turn your concept into a safe, compliant, and market-ready product.
Related projects
What you need to know about Pilotfish in MedTech
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We support a range of products, including diagnostic devices, wearables, surgical tools, and connected systems. Projects can start at different stages, from early ideas to improving existing products.
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We take them into account from the beginning. Instead of treating compliance as a final step, we align design and engineering decisions with standards like MDR, FDA, and ISO throughout the process.
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Yes. Most medical devices today combine hardware, firmware, and interfaces. We work across these areas to ensure everything functions together as one system.
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By validating early and often. We use prototypes to test assumptions, not just to demonstrate progress. This helps avoid costly changes later.
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Yes. We support the transition from prototype to manufacturing, including design for manufacturability, supplier alignment, and pilot production.
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No. We also help improve existing devices, whether that means better usability, updated technology, AI-enablement or preparing for new regulatory requirements.