PERFU+3 / Product overview

PERFU+3

A fully mechanical infusion pressure-support device designed for mobility, simplicity and constrained-use environments

PERFU+3 is a compact mechanical platform intended to support infusion delivery without battery dependency, without conventional pole dependence and without reliance on a standard gravity-only configuration.

It is being developed as a structured MedTech asset, with a clear focus on industrial transfer, territorial licensing and qualified partnership dialogue.

Primary product render
PERFU+3 premium render
Field Clinical Signature render used as the leading visual for the product page.
Top view
PERFU+3 CAD top view
Side detail
PERFU+3 CAD side detail
Battery-freeNo charging, no power management, no electronic dependency.
Pole-freeDesigned beyond conventional hanging infrastructure.
Gravity-independentMechanical pressure support for mobile and constrained use.
Transfer-orientedStructured for industrial dialogue and licensing logic.
What it is

A serious mechanical answer to a practical clinical constraint

In many care environments, infusion setup remains dependent on gravity, poles, power availability or bulky equipment. These limitations become particularly relevant in emergency care, patient transport, pre-hospital settings and other operationally constrained environments.

PERFU+3 has been developed as a fully mechanical solution intended to apply controlled pressure support to standard flexible infusion bags. Its logic is straightforward: practical deployment, compact format, operational readability and suitability for environments where infrastructure may be limited or inconvenient.

Supporting CAD view
PERFU+3 CAD open-body view
Open-body CAD view used to reinforce the mechanical credibility of the device architecture.
How it works

Simple operating logic, clearly readable architecture

The value of PERFU+3 lies not only in its mechanical principle, but also in the clarity of its deployment logic and the readability of its physical design.

01

Flexible bag placement

A standard flexible infusion bag is positioned within the device architecture in a controlled and practical layout.

02

Mechanical pressure support

The internal mechanical system applies controlled pressure support without any battery or electronic operating layer.

03

Supported infusion delivery

The device is intended to support infusion use in conditions where conventional gravity-only setup may be less convenient.

Benefits

Key platform advantages

PERFU+3 is positioned around mechanical simplicity, portability, deployment autonomy and industrial differentiation.

Battery-free operation

No charging cycle, no electrical dependency and no electronic control layer.

Deployment flexibility

Designed for contexts where conventional hanging solutions are impractical or unavailable.

Compact architecture

A format aligned with transport, mobility and constrained-use considerations.

Mechanical readability

A serious product philosophy centered on robustness, simplicity and credible field logic.

Differentiated market position

Not a copy of an electronic pump, but a distinct mechanical proposition.

Industrial transfer orientation

Developed with licensing, transfer discussion and structured technical dialogue in mind.

Product gallery

Visual views that make PERFU+3 concrete

These selected renderings and CAD views help anchor the page in the real geometry and industrial reading of the device.

Design logic

Mechanical architecture with a clear industrial reading

PERFU+3 is framed as a serious mechanical device platform with a deliberate industrial orientation and a strong emphasis on structural coherence, usability and transfer readiness.

Mechanical operating principleA design logic centered on autonomy of operation without electrical dependency.
Compact product languageA geometry intended to remain readable, contained and operationally credible.
Clear deployment logicA device intended to be understandable in use and relevant in constrained conditions.
Transfer-ready frameworkSupported by structured documentation and industrial dialogue preparation.
Qualitative view
Gravity setup
Electronic pump
PERFU+3
Power dependency
None
High
None
Mobility alignment
Limited
Moderate
High
Constrained-use relevance
Moderate
Case-dependent
High
Mechanical simplicity
High
Low
High