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Medical & Healthcare

Certified electronics for regulated medical devices and healthcare systems

Medical devices and healthcare systems operate under strict regulatory control and are directly tied to patient safety. From diagnostic equipment to portable monitoring devices, systems must deliver consistent performance within defined compliance boundaries. Post-certification changes are slow and expensive.

Components used in medical applications must be safe, certifiable, hygienic and available for long lifecycles. Design decisions made early in development directly influence approval timelines, regulatory scope and the ability to maintain said applications over many years of clinical use.

Environmental & regulatory requirements in the Medical & Healthcare market

Medical electronics must comply with a well-defined regulatory framework. These requirements define how devices are designed and maintained throughout their lifecycle.

Typical requirements include:

  • Medical electrical safety according to IEC 60601-1
  • EU Medical Device Regulation (MDR 2017/745)
  • Risk management according to ISO 14971
  • Quality management under ISO 13485
  • Wireless compliance such as CE RED, FCC, IC and TeLEC where applicable
  • Battery safety certifications including UN 38.3 and IEC 62133-2
  • Environmental compliance including RoHS, REACH and WEEE
  • Long-term availability to support longer device lifecycles

Displays and electronics used in medical equipment often require anti-bacterial coatings, sealed designs and IEC 60601-1 certified architectures to meet hygiene and electrical safety requirements in clinical environments.

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Technology building blocks for medical and healthcare systems

Texim Europe provides access to a broad portfolio of technologies that support medical equipment. These technologies are selected and combined to meet performance and reliability as part of a stable and scalable system design.

Display & Touch

Embedded Computing

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  • Medical displays for clinical environments
  • IEC 60601-1 compliant operator interfaces
  • High-res displays for diagnostics
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  • Embedded platforms for medical devices
  • Low-power systems for portable devices
  • Edge computing for patient monitoring
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Wireless Communication

Batteries & Power Supplies

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  • BLE, Wi-Fi, LTE-M modules for healthcare
  • Wireless modules for connected devices
  • Secure data for medical systems
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  • Certified lithium batteries for medical
  • Rechargeable batteries for portable use
  • Backup power for continuous operation
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Texim Europe’s value in medical and healthcare projects:

We support regulatory alignment and long-term reliability in medical devices.

Sensors & Cameras

Passive & Timing Devices

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  • Imaging sensors for diagnostics and care
  • Patient monitoring sensors
  • Cameras for inspection and lab automation
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  • Precision resistors for medical circuits
  • Stable timing for medical systems
  • EMI filters for low-noise operation
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Cooling & Connection

Switching

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  • Touch-safe connectors for medical devices
  • Shielded cabling for low-noise signals
  • Thermal control in sealed medical housings
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  • Signal switching for diagnostic systems
  • Isolation relays for patient safety
  • Silent switching for lab equipment
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The reality of medical device lifecycles

Medical devices are developed, certified and deployed under strict regulatory control. Once a system is approved under standards such as IEC 60601-1 and MDR 2017/745, it is expected to remain reliable and unchanged in its core functionality for many years. These devices often operate continuously in clinical environments where failure can directly affect clinical outcomes and overall safety.

Design decisions made early in a medical project therefore have long-term consequences. Besides technical performance, hardware choices also influence certification scope, approval timelines and the ability to maintain or update devices without triggering recertification.

What typically goes wrong late in medical projects

Many challenges in medical device projects emerge after certification or during early clinical use. Components that were suitable during development may reach end-of-life while the device itself is still in active use. Changes in hardware or suppliers can force partial or full recertification under MDR, causing delays, additional validation effort or even increased cost.

In other cases, integration issues only become visible during extended operation. Thermal behaviour, power stability or data integrity problems can surface over time, especially in portable or continuously operating devices. Because medical systems are certified as complete units, even small component changes can have a serious impact.

How Texim Europe reduces these risks early

Texim Europe addresses these risks at the start of the design process. Together with manufacturers of medical devices and healthcare systems, we focus on selecting technologies that are not only compliant with medical standards, but suitable for long-term, regulated use.

The modules, devices and components are evaluated with certification impact, clinical reliability and hygiene requirements (as well as long-term availability) in mind. During the co-design phase, we support in-field and in-context validation using representative samples, ensuring that integration choices align with both technical and regulatory expectations before systems are locked into approval.

What this means over the full lifecycle

Medical devices are often supported in the field for a decade or longer. Component choices must therefore align with supplier roadmaps, documented change control and predictable migration paths. Texim Europe actively manages lifecycle continuity by monitoring product changes, end-of-life notifications and medically suitable alternatives, while considering their impact on existing certifications and risk files.

This reduces the likelihood of unexpected redesigns or recertification and helps maintain continuity of approved devices throughout their operational life.

We help you build medical devices that remain safe, certifiable and supportable throughout their entire lifecycle.

In practice, this makes Texim Europe a long-term technology partner for environmental and safety projects, not just a component supplier.

Proven use cases in the medical and healthcare projects

  • Patient monitoring systems using certified displays and embedded platforms
  • Wearable and portable medical devices with low-power wireless connectivity and biometric sensors
  • Medical imaging equipment with high-resolution operator displays
  • Portable diagnostic tools with hot-swappable batteries and secure connectivity
Discuss your medical project with us

For portable medical devices, certified battery packs with hot-swap capability help ensure uninterrupted operation during battery replacement without compromising patient safety.

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Medical & Healthcare FAQs

What types sensors are common in medical devices?

Medical devices commonly use temperature, pressure, biometric, and vision sensors, selected for accuracy, stability, and suitability for regulated environments or analysis of medical samples.

Which wireless technologies are used in healthcare systems?

Typical technologies include Bluetooth Low Energy, Wi-Fi, LTE-M, and NB-IoT, selected based on power consumption, data security, and application requirements.

How do medical displays meet hygiene requirements?

Medical displays use anti-bacterial coatings, sealed housings, and certified electrical designs according to IEC 60601-1 to support cleaning and hygiene protocols in clinical environments.

What certifications are required for medical electronics?

Key requirements include IEC 60601-1 for electrical safety, ISO 13485 for quality systems, ISO 14971 for risk management, and compliance with EU MDR 2017/ 745 for medical devices. Batteries must comply with UN 38.3 / IEC 62133-2.

Our other markets

Medical & Healthcare

Industrial Automation & Control

Transportation & Automotive

Robotics & Drones

Agriculture

Energy

Environment & Safety

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