HF's Use of Large Gantry Robots in Laboratory Automation!

Large gantry robots are advanced robotic systems equipped with two or more axes of motion, allowing them to move over expansive areas or volumes with precision. Renowned for their power, stability, and scalability, these robots are particularly suited to tasks such as sample storage, retrieval and transportation.

Industrial Automation in the Laboratory

HF enhances laboratory operations by introducing industrial automation by manufacturing and using large gantry robots.

These robots efficiently streamline the movement of trays or multiple racks of samples, transporting them from input or storage to various machines or instruments for preparation, analysis and subsequent storage.

By seamlessly integrating with existing laboratory workflows, these automated systems significantly boost operational efficiency and enable a higher degree of automation throughout the laboratory.

Key Advantages of Large Gantry Robots:

  • Coverage and Stability: Capable of covering large areas with exceptional stability and scalability, making them ideal for handling extensive sample collections.
  • High Throughput: Efficiently manage multiple samples or racks of samples simultaneously, ensuring high throughput and consistent operation.
  • Autonomous Operation: Function independently of human operators, reducing the need for manual oversight and minimising potential errors.

Potential Disadvantages of Large Gantry Robots:

  • Space Requirements: Typically require more space and infrastructure compared to other robotic systems, which can be a limitation in smaller laboratories.
  • Maintenance Costs: Due to their size and complexity, these robots may incur higher maintenance costs.
  • Flexibility: May offer less adaptability compared to smaller, more versatile robots, particularly in environments where frequent reconfiguration is needed.

HF’s Application of Gantry Robots: HF leverages large industrial gantry robots to optimise sample handling and storage, particularly in managing large batches and efficiently transporting trays of samples between workstations.

These robots are also instrumental in automating sample archiving and retrieval processes. By incorporating this automation, HF not only enhances operational efficiency but also ensures consistent, reliable sample processing across all stages of laboratory work.