Automated liquid handler
An automated liquid handler performs precise and reproducible liquid transfer steps in life science laboratories. They automate pipetting and dispensing steps to increase efficiency and accuracy.
Product
Automated liquid handler
An automated liquid handler performs precise and reproducible liquid transfer steps in life science laboratories. They automate pipetting and dispensing steps to increase efficiency and accuracy.
Suppliers
Suppliers enabled for requests
The following suppliers offer Automated liquid handler products. Use the overview to compare suitable companies, brands and related product categories and send a direct request.
You can send a request to the suppliers listed above and save time. Describe your requirements and the request will be forwarded to the selected suppliers. They will contact you with suitable proposals without any obligation.
Guide and selection support
Automated liquid handlers are used in life science laboratories to replace manual liquid handling with small volumes and enable complex sample preparation. They are particularly suitable for high-throughput applications and micro- to nanoliter quantities.
Key selection criteria include pipetting volumes, level of automation, flexibility for various vessel formats, and maintenance requirements. Compatibility with laboratory processes and existing automation infrastructure is also important.
LabFinder provides a clear overview of available automated liquid handlers, supports orientation through presentation of relevant features, and facilitates targeted product searches for various application areas.
Applications and Benefits
Automated liquid handlers are used to automate repetitive liquid transfers in life science laboratories. Typical applications include sample preparation for analytics, genomics, proteomics, or cell culture workflows. They enable pipetting and dispensing steps to be carried out precisely, reproducibly, and efficiently. This is especially useful for small volumes in the micro- or nanoliter range and for high sample throughput, minimizing manual errors and increasing laboratory productivity.
Selection Criteria
Key factors to consider when selecting an automated liquid handler include: the range of volumes to be handled, the level of automation (e.g., simple pipetting steps vs. complex workflows involving incubation and mixing), interfaces to other laboratory robots, flexibility for different vessel formats, as well as ease of use and maintenance requirements. Compatibility with existing laboratory processes and automation platforms can also be decisive.
Variants and Measurement Principles
Automated liquid handlers differ mainly in their operation and equipment. This includes systems with single- or multi-channel pipetting heads, modules for various pipetting and dispensing methods, as well as complex workstations that integrate multiple workflow steps. Depending on the model, additional functions such as sample mixing, incubation, or vessel transport may also be included.
Calibration and Maintenance
For precise liquid handling, regular calibration of pipetting components is recommended. Maintenance intervals depend on usage and system design. Manufacturers usually provide recommendations for cleaning, inspection, and replacement of wear parts. Good documentation and easy access to maintenance functions support operational safety.
Limitations of Use
Automated liquid handlers are suitable for many laboratory needs but have technical limits such as minimum and maximum pipetting volumes or compatibility with specific sample types. Very large, viscous, or particulate samples can affect functionality. Not all complex workflow steps can be implemented on every device. Careful review of technical specifications and user requirements is necessary.
Search Terms and Related Terms
Synonyms and related terms for product searches include: automated liquid handler, automated liquid transfer, liquid handling robot, automated liquid pipetting, automatic pipetting device, liquid handling workstation, automated pipettor. These keywords assist in identifying relevant devices and systems in laboratory automation.
Also known as
automated liquid handling system
automated liquid transfer
liquid handling robot
automatic liquid pipetting
automatic pipetting device
liquid handling workstation
automated pipettor
automatic liquid dispenser
automated sample preparation
liquid handling system automated
Related categories
Suitable brands
Frequently asked questions
How does an automated liquid handler work?
Automated liquid handlers perform the precise uptake, dispensing, and release of liquids using pipetting systems, often automated via robotic arms and programmable workflows.
What types of automated liquid handlers exist?
There are devices with single- or multi-channel pipettes, complete workstations with integrated sample mixing and incubation, as well as specialized models for various volumes and vessel formats.
What should be considered when selecting an automated liquid handler?
Important factors are the desired pipetting volumes, degree of automation, flexibility for different vessels, compatibility with laboratory processes, and the effort required for maintenance and calibration.
What liquid volumes can automated liquid handlers process?
Most systems can handle volumes from microliters down to nanoliters, suitable for precise handling of small sample quantities in life science applications.
What are the limitations of automated liquid handlers?
Limitations arise from volume ranges, the handling of specific liquids, workflow complexity, and compatibility with certain sample types or vessel formats.
For suppliers
Supplier of Automated liquid handler?
Present your company on LabFinder and be listed for this product category as well as suitable related categories and brands.