Medical sector

Our business sectors

At NEXIO, we combine engineering (design and testing), measurement and simulation to offer tailor-made support to all business sectors.
Whether for components or complete systems, we operate on a global scale, respecting the standards in force (Europe, USA, Asia, etc.) and the specific requirements of each project.

We are committed to :

  • Anticipate and master regulatory constraints right from the start of development.
  • Identify and guarantee the essential functions of electronic devices.
  • Minimize the costs associated with EMC/RADIO/DAS/Lightning development and certification sequences.

With over 20 years’ experience as specialists, we are well positioned to meet the challenges common to all sectors of the economy.

Our Solutions by Sector: Medical

Technological Innovation for Health

The technological revolution in the medical sector is transforming care.
Artificial intelligence, miniaturization and high-speed telecommunications systems are opening up new possibilities for medical devices, from implants to assisted surgery.

Managing EMC and Radio Constraints in the Medical Sector

Medical systems, especially those subject to electromagnetic (EMC) and radio standards, present unique challenges:

  • High technical standards: Reliability, traceability and compliance with strict standards are essential.
  • Patient and data security: Protecting patients and their medical information is paramount.
  • Risk management: We support you with hardware and software modifications to your devices.
  • Performance monitoring: We guarantee quality throughout the production process.

Expertise on Implantable Medical Devices

Implantable devices pose particular challenges, especially when it comes to taking into account the influence of the human body and material constraints.
Here are just a few examples of NEXIO projects:

  • Design and certification of implants (urological, gastric, etc.).
  • Characterization of subassemblies for surgical assistance systems.
  • Measurement and optimization of tracking systems.
  • Design review for a cardiac implant.
  • Study of the behavior of RFID antennas on syringes.
  • Specific tests on cardiac implants to assess the risks associated with MRI.
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