Medical equipment traceability has become a strategic priority for hospitals, clinics, health and social care facilities, procurement managers and technical services. In an increasingly regulated and digital environment, acquiring high-quality medical devices is no longer enough. They must also be identified, documented and maintained, and their status must be known throughout their entire lifecycle.
In this context, EUDAMED, the European database on medical devices, marks a turning point. From 28 May 2026, its first four functional modules become mandatory: actor registration, UDI/device registration, notified bodies and certificates, and market surveillance.
Medical equipment traceability is not simply a matter of regulatory compliance. It supports patient safety, document control, technical efficiency and better purchasing, maintenance and replacement decisions.
This guide explains what changes with EUDAMED, the role of the UDI system, the information healthcare facilities should control and how Equimed monitoring solutions can be incorporated into safer, connected and traceable clinical management.
What changes with EUDAMED in 2026?
EUDAMED is the IT system developed by the European Commission to support the implementation of Regulation (EU) 2017/745 on medical devices and Regulation (EU) 2017/746 on in vitro diagnostic medical devices.
For manufacturers, importers and authorised representatives, it introduces new registration obligations. For hospitals and clinics, its impact is primarily operational: it raises the level of information and documentation that should be required before adding equipment to the facility’s technology inventory.
| EUDAMED module | What it manages | Impact on healthcare facilities |
|---|---|---|
| Actor registration | Manufacturers, importers, authorised representatives and other economic operators. | Greater transparency regarding the origin of the product and the responsible economic operator. |
| UDI and device registration | Identification and registration of medical devices. | Better control of equipment and its associated documentation. |
| Notified bodies and certificates | Certificates and documentation issued by notified bodies. | Easier verification of device conformity. |
| Market surveillance | Control activities carried out by competent authorities. | Greater ability to respond to alerts, incidents or corrective measures. |
The practical consequence is clear: medical equipment procurement should be supported by verifiable information about the manufacturer, supplier, product reference, identification, conformity, maintenance and technical support.
What does medical equipment traceability mean?
Medical equipment traceability is the ability to identify and track a device from receipt through to withdrawal from service. It covers technical documentation, location, maintenance history, recorded incidents, compatible accessories and replacement criteria.
| Lifecycle stage | Information that should be recorded |
|---|---|
| Purchase | Manufacturer, supplier, model, reference, certificates and declaration of conformity. |
| Receipt and installation | Serial number, UDI, date, location, responsible person and commissioning. |
| Clinical use | Department, configuration, users, accessories and compatible consumables. |
| Maintenance | Inspections, calibration, repairs, updates and incidents. |
| Replacement | Age, expected service life, availability of spare parts and replacement criteria. |
This approach is directly related to understanding medical equipment regulations and key certifications. Properly documented equipment facilitates audits, purchasing processes, preventive maintenance and incident response.
UDI: unique device identification
The UDI, or Unique Device Identifier, links a medical device to its regulatory and technical information. Its purpose is to facilitate identification and improve the traceability of devices placed on the European market.
Within a hospital, the UDI can be complemented by barcodes, QR codes, asset labels or internal identifiers. The essential requirement is that each item of equipment can be unequivocally associated with its documentation, location, maintenance history and operational status.
| Insufficient management | Traceable management |
|---|---|
| Equipment is difficult to identify. | Each device is associated with a unique identifier. |
| Documentation is distributed across different files. | Technical documentation is linked to the equipment. |
| Maintenance is reactive. | Inspections and calibration are planned. |
| Response to alerts is slow. | Affected equipment can be located quickly. |
| Replacement is based only on equipment failure. | Replacement is based on age, usage and clinical criticality. |
What should hospitals, clinics and healthcare facilities review?
Traceability requires a dynamic inventory rather than a static list of assets. Information must be kept up to date and made available to procurement, maintenance, quality, clinical engineering and healthcare management teams.
| Control point | Key question |
|---|---|
| Identification | Are the equipment model, reference, serial number and UDI recorded? |
| Documentation | Are the technical data sheet, user manuals and declaration of conformity available? |
| Location | Is the department where the equipment is located known, and has a person responsible for monitoring it been appointed? |
| Maintenance | Is there a history of inspections, calibration, repairs and incidents? |
| Consumables | Have compatible accessories and consumables been identified? |
| Connectivity | Can the device transmit data securely to the clinical system? |
| Lifecycle | Has it been defined when the equipment should be updated, replaced or withdrawn? |
This control helps identify incomplete documentation, equipment without up-to-date maintenance, compatibility problems and technologies that no longer meet current clinical requirements.
Traceability, maintenance and technology obsolescence
A device should not be considered fit for continued use simply because it still functions. Its accuracy, connectivity, availability of spare parts, compatibility with consumables, ease of maintenance and ability to integrate with current processes must also be assessed.
Information collected throughout the lifecycle helps reduce medical equipment obsolescence and replace reactive renewal with data-driven planning.
| Reactive management | Traceable management |
|---|---|
| Action is taken when equipment fails. | Inspections and replacements are anticipated. |
| Inventory is incomplete. | Inventory is up to date and accessible. |
| Documentation is fragmented. | Information is centralised for each device. |
| Technical history is incomplete. | Maintenance and incidents are documented. |
| Obsolescence is identified too late. | Replacement is planned according to risk and clinical criticality. |
Connected equipment: data, interoperability and security
Modern traceability does not end with the physical identification of the equipment. Many devices generate clinical data and integrate with hospital information systems, electronic medical records and monitoring platforms.
The integration of monitoring data into healthcare systems reduces manual transcription and supports continuity of care. At the same time, it requires appropriate controls over access, privacy and data transmission, as explained in Equimed’s guide to security and privacy in healthcare data monitoring.
| Device or system | Associated information | Value of integration |
|---|---|---|
| Vital signs monitor | Blood pressure, temperature, SpO₂, pulse and respiratory rate. | Faster clinical documentation and a lower risk of transcription errors. |
| Multiparameter monitor | ECG and physiological parameters measured continuously or at intervals. | Centralised monitoring and detection of clinical changes. |
| Barcode scanner | Equipment, patient or healthcare professional identifier. | Unambiguous association between the data and the device. |
| EMR or HIS | Electronic health record and care documentation. | Availability of information within the hospital workflow. |
Equimed solutions for clinical monitoring and traceability
Equimed’s medical monitoring range includes different solutions for capturing, reviewing and transferring vital signs. The three products shown in the images meet different but complementary clinical requirements.
Connex® Vital Signs Monitor
The Connex® Vital Signs Monitor is designed for continuous, interval and spot-check monitoring. It can wirelessly transmit vital signs directly from the patient’s bedside to the electronic medical record system without intermediate steps.
Its configurations may include non-invasive blood pressure, heart rate, ECG, oxygen saturation and temperature. Integration helps improve documentation accuracy and reduce the time required to enter clinical data.
Spot Vital Signs® 4400
The Spot Vital Signs® 4400 is designed to capture, review and document vital signs quickly and easily. Its compact format makes it suitable for use across consulting rooms, patient rooms and different care areas.
It records blood pressure, temperature, pulse rate and SpO₂ through a clear interface, supporting efficient and standardised vital signs measurement.
Connex® Spot Monitor
The Connex® Spot Monitor is a comprehensive system for spot-check, interval or continuous monitoring. It can automatically transfer vital signs and other information to the electronic medical record, reducing omissions and transcription errors.
Its upgradable design and custom configurations allow it to be adapted to different clinical environments, from consulting rooms and inpatient wards to areas requiring more advanced monitoring.
| Equimed solution | Primary use | Relationship with traceability |
|---|---|---|
| Connex® Vital Signs Monitor | Continuous, interval and spot-check monitoring. | Data transmission to the clinical system and patient identification. |
| Spot Vital Signs® 4400 | Fast, documented vital signs measurement. | Standardised recording and mobility between care areas. |
| Connex® Spot Monitor | Spot-check and continuous monitoring, including early warning scoring. | Automatic data transfer and fewer transcription errors. |
Traceability should also include accessories linked to these devices: blood pressure cuffs, pulse oximetry sensors, temperature probes, cables, batteries and mobile stands. Documented compatibility prevents replacement errors and supports operational continuity.
How Equimed can help
The role of a specialist supplier does not end when a device is delivered. Effective lifecycle management requires prior advice, documentation, accessory compatibility, training, technical support and replacement criteria.
| Healthcare facility requirement | Equimed support |
|---|---|
| Selecting the right equipment | Advice based on the clinical environment and workflow. |
| Comparing solutions | Technical information and assessment of available configurations. |
| Controlling accessories | Identification of compatible consumables and components. |
| Connecting clinical data | Selection of solutions compatible with the facility’s systems. |
| Renewing the technology inventory | Analysis of requirements, obsolescence and clinical criticality. |
| Maintaining traceability | Documentation and support throughout the product lifecycle. |
Checklist for procurement managers and technical departments
Before purchasing or replacing a medical device, the following points should be reviewed:
- Identification: model, reference, serial number, UDI and manufacturer.
- Conformity: CE marking, classification and declaration of conformity.
- Documentation: technical data sheet, manuals and instructions for use.
- Clinical use: suitability for the department, patient and care workflow.
- Accessories: availability and compatibility of cuffs, sensors, probes and cables.
- Maintenance: inspections, calibration, repairs and technical support.
- Connectivity: compatibility with EMR, HIS and other systems.
- Security: data protection, access control and secure transmission.
- Lifecycle: expected service life, updates, spare parts and replacement criteria.
- Supplier: ability to provide advice and ongoing technical support.
Medical equipment traceability in 7 steps
Traceability can be summarised in seven connected areas: identification, documentation, UDI, inventory, maintenance, data integration and patient safety.
- Device identification: model, reference, manufacturer and serial number.
- Technical documentation: manuals, technical data sheet and declaration of conformity.
- UDI and traceability: unique identifier, codes and labels linked to the device.
- Hospital inventory: location, responsible person, status and clinical criticality.
- Maintenance and inspections: calibration, repair and preventive control.
- Clinical data integration: connection to EMR or HIS systems.
- Patient safety: reliable equipment, accurate information and rapid incident response.
Conclusion: better identification, documentation and replacement
Medical equipment traceability allows healthcare facilities to move from fragmented documentation and reactive action to a planned, verifiable and safety-oriented management model.
EUDAMED and the UDI system strengthen this transformation across the European Union. However, the final result depends on how each hospital or clinic identifies its equipment, retains documentation, records maintenance, integrates data and plans replacement.
With a specialised range of equipment and consumables, Equimed can support healthcare facilities in selecting monitoring solutions, ensuring accessory compatibility and implementing the technical management needed to purchase, use and replace equipment more effectively.
Frequently asked questions about EUDAMED and medical equipment traceability
What is EUDAMED?
EUDAMED is the European database on medical devices. It centralises information on economic operators, medical devices, UDI identifiers, notified bodies, certificates and market surveillance.
Which EUDAMED modules become mandatory in May 2026?
From 28 May 2026, the modules for actor registration, UDI/device registration, notified bodies and certificates, and market surveillance become mandatory.
What is the UDI of a medical device?
The UDI is a unique identifier that links a medical device to its regulatory information and facilitates traceability.
What information should a medical equipment inventory include?
It should include the manufacturer, model, reference, serial number, UDI, supplier, location, installation date, status, maintenance history, incidents and compatible accessories.
How does traceability improve patient safety?
It makes it possible to locate equipment, check its condition, verify maintenance, respond to alerts and correctly associate clinical information with the device and patient.
Which Equimed products are related to this topic cluster?
Key solutions include the Connex® Vital Signs Monitor, Spot Vital Signs® 4400 and Connex® Spot Monitor, together with their compatible accessories and consumables.
How are traceability and obsolescence related?
The history of use, maintenance, incidents and updates helps identify limitations and plan replacement before equipment becomes an operational risk.
What is the role of a medical equipment supplier?
A specialist supplier should provide technical information, documentation, accessory compatibility, advice, support and assistance throughout the device lifecycle.