Storage robot
Storage robots automate the secure and efficient storage of laboratory samples. They ensure precise handling and rapid access times within automated lab environments.
Product
Storage robot
Storage robots automate the secure and efficient storage of laboratory samples. They ensure precise handling and rapid access times within automated lab environments.
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Guide and selection support
Storage robots are used in laboratories to systematically and space-efficiently store samples while reducing redundant manual processes. They are particularly suitable for labs with high sample throughput and high automation requirements.
When selecting storage robots, key factors include compatibility with existing laboratory information systems, storage volume, degree of automation, and flexibility in sample handling. Integration into higher-level workflows and expansion options are also important considerations.
LabFinder provides clear guidance on storage robots with a focus on functional features and applications. Users receive support to find suitable solutions for their specific laboratory needs.
Applications and Benefits
Storage robots provide automated organization and preservation of laboratory samples. They minimize manual intervention in sample storage, thereby increasing efficiency and reproducibility in lab processes. Typical application areas include analytical laboratories, biotechnology facilities, or sample management in large studies.
Selection Criteria
Key criteria include compatibility with existing sample formats (e.g., tubes, plates), storage capacity, flexibility regarding storage location and handling, and connectivity with laboratory management systems. Operating environment, temperature and humidity control, and access times are also important factors.
Types and Functional Principles
Storage robots are usually modular automated systems with robot-assisted gripping and transport mechanisms. Variants include vertical or horizontal storage towers, carousels, or rail-mounted robots. The robots grip samples precisely and deliver them to defined storage or workstations within the lab.
Calibration and Maintenance
Regular maintenance includes checking mechanical components and sensors to ensure reliable sample handling. System calibrations are essential to maintain positional accuracy. Manufacturer guidelines regarding maintenance intervals should be observed.
Limitations of Application
Storage robots are specialized for standardized sample formats and automated workflows. If sample diversity decreases or unconventional containers are present, automation may be limited. Initial investment and integration efforts should also be considered.
Search Terms and Related Concepts
Synonyms and search terms for storage robots include: storage robot, automatic storage robot, sample storage robot, robotic storage, automated storage, lab automation, sample management, and laboratory logistics.
Also known as
automated storage robot
automatic storage robot
automatic storage systems
laboratory storage robot
lab storage robot
robot-controlled storage
robotic storage
robotic storage and transport systems
sample storage robot
storage automation
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Frequently asked questions
How does a storage robot work in the lab?
A storage robot uses robotic mechanisms to transport and place samples automatically at storage locations. This minimizes access times and sources of error.
What types of storage robots are there?
There are various system types such as vertical storage towers, carousels, or shuttle systems, which provide different storage capacities and levels of automation depending on laboratory requirements.
What criteria are important when selecting a storage robot?
Important aspects are compatibility with sample formats, storage capacity, flexibility, integration capabilities with existing systems, and maintenance and operating costs.
In what laboratory environments are storage robots used?
They are primarily used in analytical laboratories, biotechnology facilities, and research labs that require automated sample storage and management.
What are the limitations of storage robots?
They are designed for standardized sample containers and automated processes; unusual sample types or low sample numbers can limit their suitability.
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