MedTech · Nephrology · Portable Hemodialysis

Easy-Dialisi

Next Generation Home Dialysis Technology

A next-generation portable hemodialysis platform designed to enable true mobility and home-based renal care. The system operates using standard dialysis consumables and potable water, eliminating the need for dedicated infrastructure.

Easy-Dialisi portable hemodialysis system - 3D render showing compact suitcase format with integrated display, pumps, and dialysis interface
Form Factor
Suitcase Format
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Global dialysis market
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Patients requiring dialysis
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Investment to CE certification

Millions of Patients Bound to Dialysis Centers

Facility Dependency

Treatments 3x per week, sessions lasting 3-5 hours, travel to specialized dialysis centers. This model imposes major limitations on patients' daily lives.

High Healthcare Cost

Dialysis centers generate extremely high healthcare costs, often exceeding €50,000 per patient per year. Healthcare systems are seeking cost-effective alternatives.

Limited Portability

Current home dialysis solutions remain bulky, infrastructure-dependent, and difficult to transport. NxStage (~34kg) and Quanta SC+ (~35kg) require significant equipment.

True Portable Hemodialysis

Easy-Dialisi integrates the complete dialysis system into a compact suitcase-format platform capable of operating with standard dialysis consumables and potable water sources. Unlike most current home dialysis systems, Easy-Dialisi is designed for true portability rather than fixed home installation.

1

At Home

Perform dialysis treatments in the comfort of your own home without specialized infrastructure.

2

While Travelling

Compact suitcase format allows patients to travel freely without being tied to a dialysis center.

3

Remote Environments

Operates with potable water sources, enabling use in locations far from clinical facilities.

4

No Infrastructure

Standard dialysis consumables, no dedicated infrastructure required.

Key Features

True Portability

Suitcase-format system designed for transport in standard vehicles and potential air travel mobility scenarios.

Standard Consumables

Uses standard dialysis consumables available worldwide.

Potable Water

Operates with potable water sources, no specialized water treatment required.

Integrated Monitoring

Continuous analysis of pressure, conductivity, temperature, blood flow and ultrafiltration.

Safety Controls

Automated alarm systems notify the user in case of abnormal operating conditions.

No Infrastructure

No dedicated infrastructure required unlike existing home dialysis systems.

Clinical Applications

Home Dialysis

Perform dialysis treatments in the comfort of your own home without specialized infrastructure.

Travel Freedom

Compact suitcase format allows patients to travel freely without being tied to a dialysis center.

Remote Locations

Operates with potable water sources, enabling use in locations far from clinical facilities.

Emergency Backup

Reliable backup solution for unexpected circumstances or center unavailability.

Continuous Monitoring for Safe Home Treatments

Pressure Levels

Continuous pressure monitoring throughout the dialysis circuit.

Temperature

Real-time temperature tracking to ensure safe dialysate conditions.

Dialysate Composition

Automated verification of dialysate concentration and quality.

Fluid Flow

Precise flow rate monitoring across all hydraulic circuits.

Compact Enough to Carry on a Plane

One of the key differentiating elements of Easy-Dialisi is its compact architecture. The entire system is integrated into a suitcase-sized structure comparable to airline cabin luggage.

Dimensional Comparison (to scale)

34kg
NxStageSystem One
35kg
Quanta SC+Dialysis
~15kg
Target
Easy-DialisiSuitcase Format
Carry-onReference
DeviceWeight / FormatComparison
NxStage System One
~34 kg
34kg
Quanta SC+
~35 kg
35kg
Tablo System
Floor-standing unit
0kg
Easy-Dialisi
Suitcase format
0kg

Advanced Engineering Already Completed

The project has completed a substantial portion of its engineering development phase with over 1,500 hours of engineering work invested.

  • System architecture definition
  • Hydraulic circuit design
  • Component specifications finalized
  • Supplier network identified
  • Engineering documentation available

Development Roadmap

Estimated timeline: 24-30 months to prototype completion, validation and CE pathway advancement.

1Final prototype engineering
2Software & system integration
3Pre-clinical / clinical validation
4CE certification pathway
5Strategic partnership / licensing

Investment Requirement

€3-4 Million to Complete the Final Development Phase

40%
Prototype Engineering & Manufacturing
20%
Software Development & Control Systems
25%
Clinical Validation & Certification
15%
Operational Expenses & Project Management

A $100 Billion Market Shifting Toward Home Care

$100B+
Global dialysis market annually
$1.3B
Baxter acquired NxStage (2019)
Fastest Growing
Home dialysis segment

Major industry players (Baxter, Fresenius, B. Braun, Nipro) are actively acquiring home dialysis technologies. Baxter's $1.3B acquisition of NxStage confirms strategic value of portable dialysis technology.

Seeking Strategic Partners

The project is positioned at the transition between advanced engineering design and final prototype industrialization. ACS Biomed seeks partners for final development, CE certification, and market introduction.

1

Final Development

Complete prototype engineering and software integration

2

CE Certification

Clinical validation and regulatory pathway to CE marking

3

Industrial Partnership

Licensing or acquisition by major dialysis market players