Grant Projects
Grant Projects
Grant Projects
An overview of our projects supported by national and European Funding
An overview of our projects supported by national and European Funding
Current Grant Projects
Current Grant Projects
Current Grant Projects
A-Cure
A-Cure
A-Cure
Smart and automated infusion therapies
Smart and automated infusion therapies
Smart and automated infusion therapies
In this project, Connected Consumables and its partners are researching the automation of oncological infusion therapies. The goal is to make high-risk cancer treatments safer and more efficient, while enabling future applications such as home oncology care and use in clinical trials.
The focus is on developing an innovative system for automated drug identification and administration. In addition, the project investigates how complex infusion therapies can be safely integrated into a dedicated cassette system to increase patient safety and reduce material consumption.
The research is based on a novel multi-input pump platform with a cassette system, for which initial patents have already been filed.
In this project, Connected Consumables and its partners are researching the automation of oncological infusion therapies. The goal is to make high-risk cancer treatments safer and more efficient, while enabling future applications such as home oncology care and use in clinical trials.
The focus is on developing an innovative system for automated drug identification and administration. In addition, the project investigates how complex infusion therapies can be safely integrated into a dedicated cassette system to increase patient safety and reduce material consumption.
The research is based on a novel multi-input pump platform with a cassette system, for which initial patents have already been filed.
In this project, Connected Consumables and its partners are researching the automation of oncological infusion therapies. The goal is to make high-risk cancer treatments safer and more efficient, while enabling future applications such as home oncology care and use in clinical trials.
The focus is on developing an innovative system for automated drug identification and administration. In addition, the project investigates how complex infusion therapies can be safely integrated into a dedicated cassette system to increase patient safety and reduce material consumption.
The research is based on a novel multi-input pump platform with a cassette system, for which initial patents have already been filed.
Goal
Goal
Goal
The aim of the project is to develop a fully digitized, automated system for oncological infusion therapies that makes high-risk treatments safer and more efficient and enables new applications such as home oncology.
At the same time, the project has the potential to fundamentally change the fragmented market, which has been dominated by large companies to date, as it is the first to pursue an integrated system approach with digital workflows – supported by the regional expertise in automation, special injection molding, and special machine construction available in Saxony.
The aim of the project is to develop a fully digitized, automated system for oncological infusion therapies that makes high-risk treatments safer and more efficient and enables new applications such as home oncology.
At the same time, the project has the potential to fundamentally change the fragmented market, which has been dominated by large companies to date, as it is the first to pursue an integrated system approach with digital workflows – supported by the regional expertise in automation, special injection molding, and special machine construction available in Saxony.
The aim of the project is to develop a fully digitized, automated system for oncological infusion therapies that makes high-risk treatments safer and more efficient and enables new applications such as home oncology.
At the same time, the project has the potential to fundamentally change the fragmented market, which has been dominated by large companies to date, as it is the first to pursue an integrated system approach with digital workflows – supported by the regional expertise in automation, special injection molding, and special machine construction available in Saxony.
Project Partners
Project Partners
Project Partners
To achieve the project goals, XENON Automatisierungstechnik GmbH, Murrplastik Medizintechnik GmbH, and Optogon Industrielaser Manufaktur are working together with Connected Consumables (ConnCons GmbH).
To achieve the project goals, XENON Automatisierungstechnik GmbH, Murrplastik Medizintechnik GmbH, and Optogon Industrielaser Manufaktur are working together with Connected Consumables (ConnCons GmbH).
To achieve the project goals, XENON Automatisierungstechnik GmbH, Murrplastik Medizintechnik GmbH, and Optogon Industrielaser Manufaktur are working together with Connected Consumables (ConnCons GmbH).
Project Timeframe: 01.04.2026 - 31.12.2027
Project Timeframe: 01.04.2026 - 31.12.2027
Services
Copyright © Connected Consumables
Services
Copyright © Connected Consumables
Services
Copyright © Connected Consumables