Biomedical Cell – Laboratory Automation by Gizelis Robotics
The recent healthcare crisis highlighted how quickly a system reaches its limits when laboratory infrastructure is insufficient or not flexible enough to support new and adapted testing procedures. The Biomedical Cell from Gizelis Robotics offers an effective alternative to daily manual testing and provides a stable, scalable, and high quality laboratory workflow.
Robotic automation is well established in industrial environments and is increasingly adopted in laboratories. In pharmaceutical, chemical, bioscience, biological, and nuclear medicine research and development, as well as in blood analysis and customized cosmetics production, robotic solutions have delivered reliable results for many years. These systems combine flexibility with suitability for clinical infection testing and ensure consistent stability and process quality.
There are two primary approaches to robotic automation in laboratory processes supported by the Biomedical Cell.
Partial automation
Repetitive handling tasks are performed by the robot, reducing manual workload. Laboratory staff or automated analysis systems retain full process control.
Full automation
The robot executes the entire testing workflow, including sample preparation, test execution, and operation of analytical devices. This level of automation supports continuous twenty four hour operation with maximum accuracy and repeatability.
Versatile Robotics.
Limitless Possibilities.
Capabilities of the Biomedical Cell
The Biomedical Cell can perform a wide range of laboratory tasks traditionally conducted manually. These include:
- Opening and closing reaction vessels
- Dispensing liquids or powders
- Preparing nutrient solutions
- Loading and unloading samples
- Operating centrifuges, incubators, and other equipment
- Managing reaction containers through controlled opening, filling, and closing
Human robot interaction is managed through a computer or touchscreen panel. The interface can be customized or integrated with existing workflow software. Once movement programs are stored, the system can be configured by personnel without specialized robotic expertise.