Automated sample storage system
Automated systems for storing and managing laboratory samples. Efficient due to process control and climate regulation.
Product
Automated sample storage system
Automated systems for storing and managing laboratory samples. Efficient due to process control and climate regulation.
Suppliers
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Milian SA
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Guide and selection support
Automated sample storage systems are designed for the secure, controlled storage of biological, chemical, and molecular biology samples in the laboratory. They support standardization and process optimization through automated handling and documentation.
Key factors when selecting a system include capacity, temperature range, degree of automation, and compatibility with storage containers. Interfaces to laboratory software and user-friendliness are also important considerations.
LabFinder provides a clear overview of various types and features of automated sample storage systems, helping you prepare your purchasing decision and quickly find suitable solutions.
Application and Benefits
Automated sample storage systems are used to securely and reproducibly store samples in the laboratory. They enable precise temperature control, often including cryopreservation, and support sample management through automated registration and access control. Typical applications are found in molecular biology, microbiology, diagnostics, and chemistry, where high demands are placed on traceability and sample security.
Selection Criteria
Important selection criteria are storage capacity and temperature range, which can span from refrigeration to freezing temperatures. Degree of automation, such as the extent of mechanized sample movement and documentation, is crucial for workflow efficiency. Other factors include compatibility with sample containers, interfaces to laboratory information systems, and ease of use. Maintenance effort and service options should also be considered.
Variants and Function Principles
Automated sample storage systems vary in design and operating principle. There are cabinet-type systems with robotic arms for sample retrieval, modular cryo storage systems for low temperatures, and climate-controlled units for storage at defined temperatures. Management often utilizes software along with barcode or RFID technology for automatic sample identification and documentation.
Calibration and Maintenance
Regular calibration of temperature sensors and functionality checks of automation components are essential. Cleaning storage areas and inspecting sensors and control units ensure long-term reliability. Maintenance contracts and support options can improve system uptime and minimize downtime.
Application Limits
Automated sample storage systems are less suitable for very small laboratories with low sample throughput or for samples requiring specialized handling that cannot be automated. Depending on the system, there may be limitations in maximum capacity and flexibility. Initial investment and space requirements can also pose restrictions.
Search Terms and Related Expressions
Synonyms include automated sample storage system, automatic sample storage, automated sample repository, or automated cryo storage system. Commonly searched keywords are laboratory automation storage, climate-controlled sample storage, automated sample documentation, or automated sample security.
Also known as
automated cooled sample system
automated cryo storage system
automated sample management system
automated sample storage
automated sample vault
automatic sample archiving system
automatic sample repository
automatic sample storage
automatic sample storage device
sample storage automation
Related categories
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Frequently asked questions
How does an automated sample storage system work?
Automated sample storage systems use mechanical components and control software to efficiently store, classify, and retrieve samples as needed. Temperature sensors and controls ensure the appropriate storage environment for each sample type.
What types of automated sample storage systems are available?
There are various types, including cabinet-style robotic systems that move samples automatically, cryo storage systems for ultra-low temperatures, and climate-controlled systems for refrigeration. The selection depends on requirements for temperature, capacity, and level of automation.
What should be considered when selecting a sample storage system?
Key considerations include storage capacity, temperature range, automation features, compatibility with containers, user-friendliness, and interfaces to laboratory software. Maintenance requirements and availability of service support should also be evaluated.
How is the quality and reliability of an automated sample storage system ensured?
By regularly calibrating temperature sensors, testing automation components, and performing professional maintenance. Cleaning and inspection of sensors help maintain long-term performance.
What are the limitations of using automated sample storage systems?
They are less suitable for small laboratories with low sample volume or for sample types that require special manual handling. There may also be limitations in terms of capacity, required space, and initial investment costs.
For suppliers and service companies
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