Therapeutic Areas We Support in Medical Device Development

Therapeutic device development varies by clinical specialty. Each therapeutic area presents distinct regulatory requirements, user needs, risk profiles, and technical constraints that determine how a product must be designed, tested, and validated.

At CLEIO, we develop therapeutic devices across 9 clinical segments within one integrated, ISO 13485-certified process, guiding teams from early concept through design verification, regulatory approval, and market launch.

Cardiovascular Device Development

Cardiovascular devices monitor, support, and treat the heart and vascular system in clinical environments where safety margins determine patient outcomes. Each cardiovascular product requires rigorous biocompatibility testing, long-term reliability validation, and compliance with FDA Class II and III standards to meet the demands of critical cardiac care.

Our engineering team develops wearable cardiac monitors, remote patient monitoring systems, implantable sensors, and catheter-based intervention tools through an integrated process that guides each project from early feasibility analysis through design verification and regulatory submission.

Respiratory Device Development

Respiratory devices perform across clinical settings that range from ICU ventilators to home-based CPAP alternatives and handheld inhalers, each requiring distinct safety and performance standards. We develop respiratory systems engineered for reliable operation at every breath.
Our team has developed spirometers, airway management tools, respiratory monitoring systems, and inhalation therapy devices, with particular focus on user interface design and patient comfort.

Oncology Device Development

Oncology devices support cancer detection, treatment delivery, and patient monitoring throughout the care continuum. This category includes imaging accessories, biopsy systems, ablation tools, radiotherapy positioning devices, and connected platforms for patients undergoing systemic therapy.
Our development process ensures each oncology device meets rigorous accuracy and safety standards while fitting real-world clinical workflows. We collaborate with oncologists, radiologists, and patients during design and validation phases to verify that every product addresses the specific requirements of cancer care.

Ophthalmology Device Development

Ophthalmology devices require optical engineering, miniaturization expertise, and deep understanding of ocular anatomy, because the eye is one of the most sensitive organs in clinical practice. We develop diagnostic instruments, surgical tools, and connected monitoring systems for a range of ophthalmic conditions.
Our development process combines precision mechanics with real-world usability testing and human factors validation to ensure each device performs as intended for ophthalmologists and optometrists.

Neurology Device Development

Neurology devices interact with the central and peripheral nervous systems, requiring technical precision matched to complex clinical needs. We develop diagnostic and therapeutic platforms ranging from EEG-based brain-computer interfaces and neurostimulation systems to wearable monitoring devices for epilepsy, Parkinson’s disease, and sleep disorders.
Our team combines electronics engineering, embedded software development, signal processing, and human factors analysis to produce devices that clinicians trust for data accuracy and patients use safely throughout daily life.

Catheter Development

Catheters enable critical access to the body for diagnosis, therapy, monitoring, and minimally invasive interventions, where precision, flexibility, and reliability directly impact clinical outcomes. We develop catheter-based devices ranging from vascular access and drainage systems to steerable, diagnostic, and therapeutic catheters designed for demanding clinical environments.
Our multidisciplinary team supports the entire development lifecycle, from concept generation and human factors engineering to prototyping, verification, validation, and regulatory submission. Whether optimizing navigation, improving device usability, or integrating advanced sensing and delivery technologies, we develop catheter systems that meet the highest standards of performance, safety, and manufacturability.

Surgical Device Development

Surgical devices operate in one of the most demanding environments in medicine, where safety, precision, and system reliability determine patient outcomes. We develop surgical tools including minimally invasive instruments, energy-based devices, intraoperative detection systems, and AI-enabled platforms that support real-time clinical decision-making.
Our development process covers the full lifecycle from early concept and prototyping through clinical validation and FDA submission. Whether the challenge involves tissue identification, procedural guidance, or surgical instrumentation, we build devices that surgeons rely on in critical moments.

Drug Delivery Device Development

Drug delivery devices ensure the right dose reaches the right site at the right time, with the precision and reliability that patient safety demands. We develop combination products and delivery platforms through a rigorous, risk-managed development process.
Our team coordinates the dual regulatory complexity of combination products, managing device and drug constituent filing strategies under FDA and Health Canada frameworks while keeping the user experience central to every design decision.

Women’s Health Device Development

Women’s health devices address one of the most underserved therapeutic areas in medtech, requiring development approaches that span fertility, maternal care, and chronic condition management.
We develop fertility monitoring devices, pregnancy-related diagnostics, wearable wellness trackers, minimally invasive gynecological tools, and digital health platforms. By collaborating with clinicians and patients throughout the design and validation process, we ensure these products meet the specific clinical needs and safety requirements of women’s health care.

Integrated Services for Therapeutic Device Development

CLEIO brings together mechanical, electronic, embedded software, human factors, and systems engineering expertise to support therapeutic device development across clinical specialties. This integrated approach ensures each product meets usability, performance, and system integration requirements specific to its clinical context.

For more than 20 years, our multidisciplinary team has developed complex therapeutic devices across segments including cardiovascular, neurology, diagnostics, and drug delivery, working under ISO 13485-certified quality management processes aligned with FDA, Health Canada, EU MDR, and global regulatory standards.

Quality Management and Regulatory Compliance in Therapeutic Device Development

CLEIO applies an integrated quality management system built on internationally recognized standards for therapeutic device development, ensuring every project follows structured quality assurance processes from concept through production.
ISO 13485 certification ensures that all development activities are guided by audited processes that deliver consistent quality and reliable outcomes. Products are developed in compliance with applicable harmonized standards, meeting regulatory requirements that accelerate time to market and support approval by FDA, Health Canada, and EU MDR authorities.

ISO 13485:2016

ISO 14971:2019

IEC 62304:2006 / AMD1:2015

IEC 60601-1 Ed. 3.2

IEC 62366-1:2015 / AMD1:2020

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