Biotechnology platforms and systems, including gene editing, cell therapy, and synthetic biology, enable groundbreaking treatments for conditions such as genetic disorders, cancer, and autoimmune diseases. Using innovative technologies to advance diagnostics and therapeutics is at the heart of Perdigó’s mission.
New biotechnology developers face technical challenges such as ensuring precise genetic modifications, achieving high efficiency in cell therapy production, and maintaining the viability and functionality of engineered cells. Additionally, integrating advanced bioinformatics tools and scaling these technologies to meet clinical and commercial demands present significant complexities. Regulatory compliance and navigating the evolving landscape of global health standards are also critical.
Emerging trends such as personalised medicine and regenerative therapies are reshaping the biotechnology market. Meanwhile, the rise of connected biotechnologies, 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?
At Perdigó, the core capabilities to deliver the biotechnology platforms that will enable the next generation of therapeutics. Perdigó harness the latest technologies and scientific breakthroughs to develop equipment tailored to the unique needs of the life sciences community.
The company expertise in high-tech product development and automation of systems help overcome technical barriers, providing trustworthy results, scaling productivity, optimising precision and reproducibility, and relieving users from tedious repetitive and error-prone tasks, delivering value to the lab.
The Blue Box
Non-invasive breast cancer screening
An IVD device designed to detect breast cancer early, through a simple urine sample. We’re behind the engineering that could make it a new standard in breast cancer screening.
See how we did it
Cell therapy system
See how we did it
Dialysis biosensor
See how we did it
Embryo transfer device
See how we did it
Heecap
Respiratory electrostimulator, reducing muscle atrophy in ICU
A clinical-grade respiratory electrostimulator, built for ICU professionals. Designed and developed to the highest safety and performance standards demanded in critical care.
See how we did it
User-centric connectivity
See how we did it
Overture Life
World’s first IVF automation
The world’s first babies conceived through automated ICSI. Perdigó designed and engineered the robotic prototype behind this historic milestone — a system with micron-scale precision and AI-powered computer vision.
See how we did it