COPE – Software for laboratory automation

All Devices. All Protocols. One Software. COPE

What if you could monitor and control your automated lab processes from any location with just one piece of software? You could simply create your lab protocols via drag & drop and start them. You could conveniently access current process data with a tablet. All this can be enabled with our control software COPE and you can empower your lab.

The Fraunhofer IPT has faced these challenges and has been automating partially or fully automated laboratory processes for 10 years now – especially in the field of cell and gene therapeutics. The scalable, automated laboratory processes thus enable an increase in throughput and product quality. Successful use in the laboratory requires holistic, intuitive control software. For this purpose, the Fraunhofer IPT has developed the customized software cope.life.

COPE offers device-specific drivers for your laboratory devices and thus enables a service-oriented interface. The various capabilities of the devices are thus modeled in services and can be combined into process chains. In this way, individual laboratory processes can be created flexibly and executed at a defined point in time. In COPE, all data of their measurement are clearly displayed and stored. In addition, all procedures and measurement processes are automatically documented and, for example, prepared for compliance with regulations (e.g. GAMP). The web-based GUI offers clear monitoring and control of devices and processes from mobile devices in the network. If several process chains are executed on your devices, the scheduling determines the optimal order of the jobs.

Our services

  • GAMP-compliant control software cope.life for automated laboratory processes
  • Customized software development
  • Laboratory equipment-specific driver development and data integration
  • Plant planning and development
  • GMP-compliant design and construction

Your benefits

Our no-code control software, COPE (Control, Optimize, Plan, Execute), helps laboratory personnel digitalize workflows and control laboratory instruments automatically. As a result, COPE reduces the need for stand-alone solutions and ensures reproducible high product quality. With our drag & drop system, we are able to intuitively build process chains and execute them directly on connected lab devices.

Pug & Produce

Integrate your lab devices via a plug & produce approach.

One Software

Monitor and control all your lab devices with one piece of software.

Every time

Run and schedule your protocols 24/7 from anywhere.

No Code

Create your protocols in a no-code environment.

Some of our Projects

COPE has been successfully used in numerous projects and is now part of the most innovative ATMP productions. Explore our portfolio to learn more about how COPE has been implemented in these projects.

Applications

Would you like to bring your laboratory up to date? Then we can offer you a complete package of fully automated laboratory solutions tailored to your requirements, including our COPE software. Find out more about our complete package and our range of services.

Measuring cells and test
systems

Using flexible solutions for networking and control, multi-variant test sequences can be automated cost-effectively.

Cell and gene therapy

Automated control of the entire process chain from sample collection to finished product for your GMP-compliant cell and gene manufacturing processes.

Bioprinting

Realize with us production plants for automated 3D printing and bioprinting for many fields of application in medicine (e.g. implantology).

Need more information?

Visit our COPE Website:

 

 

We automate your Lab

Our expert, Julius Mathews, will support you in automating your cell and gene therapy production. 

Contact now and start your journey to you lab 4.0.

Publications

Communication and control systems

(Jung et al., 2018): Service-oriented Communication and Control System Architecture for Dynamically Interconnected Assembly Systems, 2018.

Cell products

(Doulgkeroglou et al., 2020): Automation, Monitoring, and Standardization of Cell Product Manufacturing, 2020.

 

Control software

(Jung et al., 2018): Highly modular and generic control software for adaptive cell processing on automated production platforms, 2018.