Power and electronic dependency can become a limitation
Emergency, transport and degraded environments can impose charging constraints, limited infrastructure, cold exposure, vibration, logistics burden and reduced maintenance capacity.
Mechanical medical technology · Sophia Antipolis, France
PERFU+3 is a protected mechanical medical technology platform in pre-industrial maturation, designed for emergency, transport and constrained environments where reducing dependence on batteries, electronics or embedded software can be operationally valuable.
Why mechanical autonomy
PERFU+3 explores a deliberately simple approach to pressurised infusion: controlled mechanical compression of a flexible IV bag without a battery, electronic control unit or embedded software.
Emergency, transport and degraded environments can impose charging constraints, limited infrastructure, cold exposure, vibration, logistics burden and reduced maintenance capacity.
The platform is developed around passive mechanical functions for actuation, guidance, pressure application and limiting, with the objective of a robust and industrially transferable architecture.
PERFU+3 technology
PERFU+3 is designed to apply controlled mechanical pressure to flexible infusion bags throughout use, without relying on electrical energy or software-driven control.
Stored mechanical energy and guided transmission are used to apply controlled compression to the infusion bag.
Pressure limiting is developed as an independent mechanical function without dependence on electronic sensing or software logic.
Guiding, handling and anti-error features are integrated mechanically to support straightforward preparation and use.
The technology is supported by configuration-controlled engineering, risk work and verification planning for future industrial transfer.
Potential environments of use
The technological relevance of PERFU+3 is strongest where autonomy, simplicity and reduced dependency on electrical infrastructure are desirable.
Rapid-deployment contexts where power infrastructure may not be immediately available.
Transport situations where compactness and reduced energy dependency can be valuable.
Potential relevance for tactical and military medical environments requiring robust, battery-free equipment.
Degraded or mass-casualty environments in which normal electrical infrastructure cannot be assumed.
Remote, island, mountain or other constrained environments with demanding logistics.
Resilience and continuity-of-care scenarios where equipment independence can support operational readiness.
Development status
PERFU+3 is not a commercial medical device. AXELYUM MEDTECH is continuing technical maturation, verification preparation and industrial-transfer structuring before partner-led industrialisation and regulatory execution.
The technology is supported by three French patent applications. Transfer and rights formalisation are managed separately from the public website.
A controlled development baseline is maintained under configuration management as the architecture matures.
Design definition, requirements, risk work and verification documentation are progressively consolidated.
Industrial-transfer documentation and partner-facing materials are being progressively prepared and maintained.
AXELYUM MEDTECH
AXELYUM MEDTECH is a French MedTech technology company focused on intellectual property, mechanical medical-device engineering and preparation for industrial transfer.
The company does not position itself as the future series manufacturer. Its model is to create and mature protected technology assets, then engage qualified industrial partners for industrialisation, regulatory execution, manufacturing and market access.
Industrial partnership
AXELYUM seeks partners able to assess the technology, contribute to its industrial maturation, execute the regulatory pathway and bring the resulting device to market.
Non-confidential documents
Two-page non-confidential overview documents are available for professional and institutional circulation.
International overview of the technology, potential applications, maturation pathway and AXELYUM MEDTECH partnering model.
Download English PDFFiche française de présentation, destinée à la circulation institutionnelle et professionnelle.
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For industrial transfer, licensing, co-development, strategic partnership or institutional discussions. Detailed technical information is shared selectively and, where appropriate, under NDA.
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