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Eurosets

Smart Factory for ECMO scale-up

An ECMO medical device maker expanding across two sites with a Smart Factory and a Medical Device Cloud

Industry
Medical devices (ECMO/ECLS)
Headquarters
Medolla, Modena, Italy
Public information as of
January 2026

A4BEE prepared this analysis from publicly available sources. It reflects our own reading of Eurosets's published strategy and is not endorsed by, or produced in cooperation with, Eurosets. Company website

Strategic priorities

Eurosets is an Italian medical device manufacturer specialising in extracorporeal circulation and life support systems, including the Colibrì and ECMOLife ECMO platforms and the Landing monitoring suite. The company is part of the GVM Care & Research group and is executing a EUR 24 million investment to double its Medolla facility to 23,000 square meters by 2026, alongside a workforce scaling from 400 to 600 employees. A secondary production site at San Giacomo Roncole was opened in 2024 to maintain continuity during the expansion. Eurosets exports to more than 80 countries and operates ISO 8 cleanrooms alongside 10 injection moulding machines for disposable medical devices.

The physical expansion is the trigger, but the vulnerability is digital. The 17-month construction window is the moment to embed the systems that make doubled capacity manageable to run. Dual-site production without unified MES creates a relay dynamic between sites where data arrives in different formats at different times. Paper-based quality processes that work at 400 employees stop working at 600. The Landing Suite generates 22 metabolic parameters at the bedside but that data stays on the device console rather than flowing to a platform that could monetise it as a clinical outcome.

The expansion is also the hardening window. The new 1,200 square metre cleanroom for electromedical assembly is being built now. The equipment and network architecture chosen now will be running when production is at its most complex — during the transition period when two sites must behave as one.

Challenges we see

  • Operations Manufacturing

    Running dual-site production without a unified manufacturing system

    The 17-month construction period for the Medolla plant expansion creates a high-risk environment where production must be managed across two sites (Medolla and San Giacomo Roncole) without a unified real-time manufacturing execution system.

    Where two production sites each maintain their own production records, the data that describes what was made and when exists in two places in two formats. A unified manufacturing execution system that connects both sites means the complete production picture is visible from one screen rather than assembled by cross-referencing two separate systems.

  • Operations Operations

    Training 200 new cleanroom technicians without slowing production

    Eurosets plans to increase workforce from 400 to 600 employees in a competitive biomedical district facing 39% of companies reporting production limits due to workforce gaps across Europe.

    Where time-to-competency for a cleanroom technician is measured in months of hands-on exposure, the production schedule carries the cost of training errors as well as the opportunity cost of senior technicians spending time teaching rather than making. Immersive simulation lets that competency be built before a technician touches a live ECMO component.

  • Digital Integration

    Siloed metabolic data staying on the device console

    The ECLS Suite (Landing Advance, Landing Breathe) generates 22 metabolic parameters but this data is siloed within devices or local consoles with no unified cloud platform integrating bedside OT data with hospital IT systems or R&D databases.

    Where data stays on the device that produced it, the value of that data is locked to the next interaction with that specific device. A cloud platform that aggregates device data means the same analytics work across the entire installed base rather than being reset each time a device is serviced or moved.

  • Compliance Regulatory

    Paper-based quality processes at double the production volume

    Internal communication and quality control processes rely on co-location-based rather than digital-based workflows, lacking comprehensive LIMS or digital batch records in cleanrooms. Production volumes are set to double alongside the workforce.

    Where quality records are maintained on paper and filed by hand, the effort to maintain them scales with headcount and production volume. Digital batch records that capture quality data at source mean the documentation effort stays constant even as production scales.

  • Digital Regulatory

    WiFi-enabled portable devices expanding the attack surface

    Introduction of WiFi-enabled sensors and out-of-hospital portable units (Xtreme Rescue with titanium, Kevlar, and carbon fibre construction) creates new cybersecurity vulnerabilities as regulators demand comprehensive frameworks for connected medical devices.

    Where life-critical devices connect to hospital WiFi networks and transmit patient data to cloud platforms, the security boundary extends from the physical facility into every network the device touches. Security architecture that starts from the device and encrypts all the way to the cloud means the attack surface is defined by the design rather than retrofitted after an incident.

Opportunities, by urgency and business impact

Each bubble is one opportunity, numbered to match the list below. Further right means it bites sooner; higher means a bigger effect on the business. A bigger bubble means a bigger implementation effort.

Source: A4BEE analysis of public sources

  1. Connecting dual-site production with unified MES during the expansion window

    Managing dual-site production during the 17-month facility expansion without unified MES creates risk of bottlenecks, quality inconsistencies, and production slowdowns that threaten strategic revenue targets.

    Implement a unified manufacturing execution system that connects Medolla and San Giacomo Roncole in real time, providing data-driven assurance of production continuity across 10 injection moulding machines and the new 1,200 sqm cleanroom.

    • Eurosets Strategic Analysis Report, 2025

  2. Accelerating cleanroom technician onboarding with immersive simulation

    Hiring 200 new employees in a competitive biomedical district with traditional training methods creates significant onboarding drag where time-to-competency delays revenue realisation and increases error rates in complex electromedical assembly.

    Deploy AR/VR-based training modules for cleanroom assembly and ECMO device maintenance, building competency before a technician touches a live component and reducing the production-cost of training errors.

    • Eurosets Strategic Analysis Report, 2025

  3. Connecting the Landing Suite to a cloud platform for remote monitoring

    The Landing Suite and Xtreme Rescue devices are technologically impressive but digitally isolated, with no cloud platform to monetise sensor data or provide remote monitoring across 80+ countries.

    Create a Medical Device Cloud architecture that connects Landing Advance and Landing Breathe to a cloud platform, enabling remote monitoring and predictive maintenance across the global installed base.

    • Eurosets Deep Research Analysis, 2025

  4. Digitising regulatory documentation for MDR and MDSAP compliance

    Maintaining compliance with EU MDR and international standards (MDSAP covering USA, Canada, Brazil, Australia, Japan) requires immense manual documentation effort across 80+ countries, creating administrative friction and audit risk.

    Deploy digital regulatory affairs platforms with automated compliance tracking, reducing manual documentation while ensuring traceability meets FDA 21 CFR 820 requirements and protecting 510(k) clearances.

    • Eurosets Strategic Analysis Report, 2025
    • FDA 2025 Quality System Regulation data

  5. Digitising the QC and R&D workflow for doubled production scale

    Internal quality control and R&D processes rely on proximity-based workflows rather than digital systems, with no comprehensive LIMS or electronic batch records to support scaling from 400 to 600 employees and doubling production.

    Implement LIMS and electronic batch records to digitise quality control and R&D, ensuring uniform standards remain audit-ready as the workforce and production volume scale.

    • Eurosets Strategic Analysis Report, 2025

What we'd propose

  • Digital CDMO

    Smart Factory implementation for dual-site ECMO manufacturing

    We deploy Industry 4.0 infrastructure connecting Medolla and San Giacomo Roncole under a unified manufacturing execution system, with Digital Twin simulation of the new cleanroom and IIoT sensors across 10 injection moulding machines to guarantee production continuity during the 17-month expansion.

    • Dual-site MES integration

      One production picture across both sites

      Connect Medolla and San Giacomo Roncole under a unified MES so that production status, material consumption, and quality metrics are visible from a single dashboard, replacing cross-referencing of two separate systems with real-time data from both sites together.

    • Digital Twin simulation of new cleanroom

      Validating the 1,200 sqm cleanroom before it is built

      Build a Digital Twin of the new electromedical assembly cleanroom that simulates equipment placement, material flow, and staffing scenarios, so that bottlenecks are identified and resolved on screen before the construction is complete.

    • IIoT OEE monitoring

      Machine-level data across 10 moulding lines

      Retrofit the 10 injection moulding machines with IIoT sensors capturing OEE metrics, cycle times, and material consumption in real time, enabling predictive maintenance and ensuring zero unplanned downtime during the high-risk expansion period.

    • Production continuity is guaranteed by visibility, not by hope that two sites will coordinate themselves.
    • The new cleanroom is optimised before a single wall is built.
    • Unplanned downtime on moulding lines drops because predictive maintenance replaces reactive maintenance.

    We've done this before

    See how we do Digital CDMO
  • Digital CDMO

    Connected worker platform for cleanroom and ECMO assembly

    We implement an AR/VR training and support platform that accelerates onboarding of 200 new employees, reduces assembly errors on complex electromedical products, and captures expert knowledge before it leaves the workforce.

    • VR cleanroom simulation

      Competency built in a virtual cleanroom before the real one

      Develop a virtual replica of the ISO 8 cleanroom assembly environment where new technicians practise complex ECMO assembly procedures before working with actual life-critical components.

    • AR assembly guidance

      Hands-free work instructions overlaid on the workstation

      Deploy AR glasses that overlay step-by-step assembly instructions on the actual workstation, so that a technician's hands are free to work while the instructions follow the component being assembled.

    • Digital work instruction management

      Work instructions that update themselves when engineering changes a procedure

      Build a digital work instruction system linked to the MES and engineering change management, so that when a procedure is updated in the system it is automatically reflected on the AR overlay at the workstation.

    • Time-to-competency drops because technicians have practised before they touch a live component.
    • Assembly errors on complex ECMO builds fall because instructions follow the work, not the paper on the wall.
    • Expert knowledge is captured in the system before it walks out the door with a departing technician.

    We've done this before

    See how we do Digital CDMO
  • Enterprise AI

    Medical Device Cloud platform for remote monitoring and fleet management

    We architect a cloud-native platform that aggregates Landing Suite and Xtreme Rescue device data, enabling remote monitoring, predictive maintenance, and clinical analytics across the global installed base in 80+ countries.

    • Device data integration

      All device data flowing to one cloud platform

      Build the ingestion layer that receives 22-parameter metabolic data from Landing Advance and Landing Breathe, plus sensor data from Xtreme Rescue's WiFi haematological sensors and capnometers, into a unified cloud data platform with device identity and timestamps.

    • Remote monitoring dashboard

      The global installed base on one screen

      Deliver a fleet management dashboard showing the status and location of every connected ECMO device worldwide, with alerts for parameter excursions and predictive maintenance indicators.

    • Predictive maintenance for ECMO fleet

      Knowing which device needs service before it fails in the field

      Train machine learning models on historical sensor data to predict which components are approaching end-of-life based on usage patterns, so that replacements are scheduled during planned downtime rather than during an emergency deployment.

    • The value proposition shifts from selling a machine to selling a clinical outcome.
    • Field service is prioritised by device health data rather than by a service schedule or an emergency call.
    • Sensor data that was locked on the device console becomes a continuous stream available to both clinicians and Eurosets R&D.

    We've done this before

    See how we do Enterprise AI
  • Digital Lab

    Digital regulatory affairs platform for MDR, FDA, and MDSAP compliance

    We deploy comprehensive digital traceability systems that automate regulatory documentation for EU MDR, FDA 21 CFR 820, and MDSAP, reducing manual effort and ensuring audit-ready data integrity across all country registrations.

    • Automated CAPA tracking

      Corrective actions traced from detection to closure

      Implement a digital CAPA system that captures deviations at source, routes them through root-cause analysis and corrective action workflows, and documents closure evidence automatically.

    • Electronic batch records for cleanrooms

      Quality data captured at source in the cleanroom

      Replace paper batch records in the ISO 8 cleanrooms with electronic records that capture material inputs, process parameters, and quality checks automatically from connected equipment.

    • Global registration management

      80+ country registrations managed from one system

      Build a regulatory affairs platform that tracks registration status, submission deadlines, and approval renewals for all 80+ countries under MDR and MDSAP, with automated alerts for upcoming submissions.

    • Audit findings related to CAPA and design control deficiencies are reduced.
    • The effort to maintain 80+ country registrations stops being a full-time administrative burden.
    • FDA 510(k) clearances are protected because digital traceability demonstrates compliance with 21 CFR 820.

    We've done this before

    See how we do Digital Lab
  • Digital Lab

    LIMS and electronic batch records for the doubled production scale

    We implement a unified LIMS and electronic batch record system across Eurosets' QC and R&D departments, connecting laboratory equipment and quality processes so that documentation keeps pace with doubled production and a 50% larger workforce.

    • LIMS deployment for QC and R&D

      One system for all laboratory data

      Deploy a LIMS that covers the QC testing workflow and the R&D device prototyping workflow, connecting analytical instruments in the quality lab with device development records.

    • Electronic batch records for disposable manufacturing

      Paperless batch records that scale with production

      Replace paper-based batch records for the injection moulding and assembly lines with electronic records that capture material inputs, process parameters, and quality checks automatically from connected equipment.

    • Audit-ready quality system

      Quality documentation ready when the auditor is

      Configure the LIMS and eBR system to produce audit-ready reports on demand, including trend analysis, deviation histories, and incoming material certificates.

    • Quality documentation keeps pace with production without adding headcount.
    • QC test results feed directly into device development records, shortening the iteration cycle.
    • Audits are answered from the system rather than assembled from a paper archive.

    We've done this before

    See how we do Digital Lab

Digital maturity: today and target

Scored out of 100 across six dimensions. The target is what Eurosets's own published ambition implies — not a perfect score.

Source: A4BEE analysis of public sources
Manufacturing Intelligence 35 → 80
Dual-site production without unified MES means the production picture is split across two systems. The 17-month expansion window is the moment to connect both sites before the new cleanroom is locked into its initial configuration.
Data Integration & Analytics 30 → 85
The Landing Suite generates 22 metabolic parameters that currently stay on the device console. Connecting those parameters to a cloud platform and analytics pipeline is what transforms sensor data into a fleet management product.
Workforce Digital Enablement 25 → 75
200 new technicians joining during a period of rapid physical change creates a training bottleneck that affects both quality and output. Immersive simulation training removes that bottleneck from the production floor.
Regulatory Compliance Systems 40 → 85
Paper-based CAPA and batch records create audit risk that increases with production volume. Digital traceability systems mean the documentation effort does not scale with the number of employees or the number of batches.
Connected Product Ecosystem 35 → 90
The transition from selling a device to selling a clinical outcome requires the cloud platform that connects the device data to the clinical dashboard. Without it, every device is an island.
Cybersecurity & IT/OT Convergence 30 → 80
WiFi-connected ECMO devices transmitting patient data to hospital networks require security architecture that is designed into the device, not bolted on after deployment. The expansion window is when that architecture should be established.

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This is an independent analysis prepared by A4BEE from publicly available information as of January 2026. It reflects A4BEE's own interpretation and opinion, is not affiliated with, endorsed by, or verified with Eurosets, and may be incomplete or inaccurate. All company names and trademarks are the property of their respective owners. To request a correction or removal, contact [email protected].