In Vitro Diagnostics
In Vitro Diagnostic (IVD) devices encompass a wide range of applications such as molecular diagnostics, immunoassays, Remote Patient Monitoring (RPM) and point-of-care (POC) testing. These diagnostic tools are integral to our mission, enabling healthcare providers to detect and monitor diseases like cancer, infectious diseases, and genetic disorders with precision and reliability.
New IVD developers face technical challenges such as ensuring high sensitivity and specificity, achieving rapid turnaround times, and maintaining cost-effectiveness for widespread adoption. Additionally, the integration of advanced technologies such as novel sensors, next-generation sequencing and digital PCR presents opportunities and complexities in equal measure. Regulatory compliance and navigating the evolving landscape of global health standards are also critical.
Emerging trends such as personalised medicine and the increasing demand for home-based testing solutions are reshaping the IVD market. Meanwhile, the rise of connected diagnostics, which leverage data analytics and cloud computing, holds promise for more proactive and informed healthcare decisions, despite the barriers raised by data security and interoperability.
How Perdigó can help?
Perdigó offers deep technological and MedTech. product development expertise to innovators in the field of IVD. High calibre engineering is required to design accurate and reliable devices that integrate the latest technologies in microfluidics, automation, and sensorics.
By embedding usability engineering into the development from the beginning, we ensure new IVD products are intuitive and efficient for the end user, meeting the demands of busy clinical and laboratory environments.
Every IVD device is meticulously prepared for clinical validation, regulatory submission, and a swift market launch with rigorous project, risk and quality management.
Find out what clients say about Perdigó
“Perdigó’s expertise in healthcare engineering and product development was crucial to the progress of our device. Their technical knowledge, flexibility, and total dedication were invaluable, and were essential in ensuring the successful development of the device.”
