Software for the Life Sciences sector

In the medical sector, customer requirements are subject to increasing specification. For this reason there is no one universal solution which will meet all needs; rather, customized measures are called for. We are rising to this challenge by developing special software products for analysis and diagnostics, which are based on the very latest methods - software solutions created for specialists, by specialists!

Analytics

The medical analysis of human tissue samples is subject to strict regulations. For this reason, software for automatic analytical devices must be developed from the very start in such a way that will allow it to be certified at a later date. Our development process is tailored to this need - not least thanks to the special training our software developers receive in this area.

Developments conforming to the IVD Directive

Interaction design for complex medical devices
Robotics for automatic manipulation of hazardous samples
Image processing with storage, forwarding, and retrieval
Liquid handler for advanced pipetting
Scheduler for optimized performance
Magnetic resonance tomography for ultimate 3-D resolution

Diagnostics

It is essential that software for medical diagnostic devices, such as MRI scanners, is faultless and delivers maximum safety and reliability. The software determines the quality standard of the entire system. Our certified test managers ensure that processes run smoothly at the very highest level.

Developments conforming to FDA 21 CFR11

Handling and recording of FDA-
Electronic signatures (equivalent to handwritten signatures)
Tracking of operator changes, user logins, and system events
Production of audit trails for the system
Security system across the network for restricting access

"Lab-on-a-chip" - A revolutionary milestone in biotechnology

The duplication of DNA sequences with the polymerase chain reaction has become an indispensable tool in the fields of molecular biology, gene sequencing, and clinical research. A research project was conducted, which was successful in drastically reducing thermal capacities and volumes, thus accelerating the required cooling/heating process. This miniaturized, fast lab-on-a-chip PCR system is based on the "plug-flow" principle. The processing of the various PCR protocols relating to sample transport, number of cycles, temperature ramping, dwelling time in each temperature zone, and, of course, the temperature of each zone can be controlled very simply using "biOS Workbench" programming software from infoteam.

To find out more, please contact our expert!!