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A revolutionary approach to
Healthcare
A doctor checking a woman's blood with a stethoscope
real-time, remote  monitoring patch
perfect for leak sensing and wound management
Digital
Healthcare

The BeFC digital healthcare patch improves patient outcomes via a non-invasive monitoring technology that is comfortable, safe, and interoperable. The flat, compact patch can be worn by everyone from infants to the elderly. Based on a disruptive energy source and revolutionary printed electronics, the patch can be used to remotely follow vital signs including ECG, pH, glucose, sodium and more, as well as monitor patients on-site (geofencing).

A cost-effective, single-use, monitoring patch suitable for mass-market applications

Reduce practioner workloads.
Optimise treatment protocols.
Improve patient outcomes.

The benefits of this game-changing  technology are significant. The automatization of healthcare protocols, using sensors that not only detect, but communicate data remotely, benefit patients, medical practitioners and healthcare providers alike – increasing patient engagement and decreasing practionner workload and healthcare costs. Remote wound sensing is now possible through the possibility of a “connected-bandage”, a dressing that will relay key medical variables communicating key changes to wound healing status. The patch can even be used to monitor the location of patients at risk, in real-time. And it can do all of this sustainably.

The digital healthcare revolution in figures

12

Bn
2028 Expected market growth for CGM products.[1]

70

%
Consumers have indicated interest in adopting one or more digital healthcare solutions in the future[2]

40

M
Health wearables expected to contribute to 75% of all clinical data by 2024 .[3]
Sources : Capital one shopping Package Theft Statistics Report 2023[1], The Penn Elcom Global Parcel Theft Report 2022[2], MIT Supply Chain Initiative Freight Transportation Report 2023[3]
A healthcare multi-tool
Exploit a wide choice of physiological variables and communication parameters
Powered by a printed paper biofuel-cell, activated by a drop of liquid (including bodily fluids), the smart patch
is perfectly positioned for managing leak sensing applications. The capability to analyse multiple medical variables simultaneously postions the product to a wide range of medical and sports applications.

The result of a disruptive manufacturing process this sustainable, single-use monitoring patch is suitable for mass-market applications and can communicate data from a cm to km range.
An all-in-one digital healthcare solution comprising a compact, liquid activated biofuel cell and an active electronic sensor.
BeFC Patch Bioenzymatic Fuel Cells Paper-Based Batteries
Active Electronic Sensor Solution

Powered by the biofuel cell, BeFC’s modular active electronic tag generates real-time data:

  • Bespoke sensor
  • Ultra-low-power
  • Reusable
  • Lightweight
  • Flexible
Bluetooth Module

Transmits data (temperature, moisture, pH, glucose, Sodium etc.) for subsequent analysis .

Biofuel Cell Energy Source

BeFC has developed the world’s first and only paper-based biofuel cell. Its distinctive features include:

  • Flexible, ultra-thin and lightweight
  • Metal-free energy
  • Made from bio-sourced materials
  • Safe, non-hazardous
  • Significantly reduces recycling /disposal costs
Learn How Biofuel Cells Work

Spanning the four pillars of
digital healthcare

Disease prevention: facilitate the management of chronic diseases including diabetes, wound care and metabolic disorders
Early diagnosis: analysis of specific, multiple variables to identify disease onset
Remote healthcare : Exploiting telemetry-based wearables/dressings and more to monitor and manage chronic conditions
Health equity: Leverage cutting-edge technology to open up access to healthcare to underserved or difficult to access territories

A person in blue gloves holding a piece of cloth
Wound Care
A group of surgeons in scrubs and glasses
VITAL SIGNS
A girl sitting on a couch with wearable technology powered by BeFC Bioenzymatic Fuel Cells Paper-Based Batteries
QCG MONITORING
A close up of a woman's neck and shoulder
SWEAT ANALYSIS

Improving healthcare through real-time monitoring

TEMPERATURE

Monitor temperature data critical to patient welfare.

PH

PH analysis: Monitor acidity - a key indicative parameter for wound healing.

Glucose

Diabetes indicator: Glucose levels range from 1.1–5.9 mM for healing. Monitor blood glucose concentration. 

Sodium

Analysis of Sodium indicates wound healing status (open or closed wound).

MOISTURE

Monitor moisture: Generate important data on wound moisture and track wound healing properties

OTHER BIOMARKERS

Digital Healthcare Solution
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Inspired By Nature

Our patented paper biofuel cell uses a biochemical reaction to generate electricity. The inspiration for this organic electrochemical process owes its origins to human physiology.

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Clean Power Source

It centers on a a clean energy source that uses the power of enzymes to convert oxygen and glucose into electricity.

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Paper & Carbon

Predominantly made of paper and carbon,the BeFC cell can be recycled and even composted industrially.

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