Microplate dispenser
Microplate dispensers enable automated and precise dispensing of liquids into microplates. They are available in single-channel and multi-channel versions for various applications.
Product
Microplate dispenser
Microplate dispensers enable automated and precise dispensing of liquids into microplates. They are available in single-channel and multi-channel versions for various applications.
Suppliers
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Axon Lab AG
Milian SA
Witec AG
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Guide and selection support
Microplate dispensers are used to automate the dispensing of liquids and reagents into microplates. This increases efficiency for applications such as high-throughput screening and cell culture. Selection is based on the number of dispensing channels, volume range, and compatibility with various microplate formats. Programmable features for customizable dispensing protocols are important criteria. LabFinder provides practical information to help with product selection and facilitates comparison of different microplate dispensers to find the right solution for laboratories.
Application and Benefits
Microplate dispensers are designed for automated, precise dispensing of liquids and reagents into microplates of various formats. They are commonly used in high-throughput screening, drug discovery, cell biology, genomics, and pharmacokinetic studies. Automation reduces dispensing times and minimizes errors, thereby increasing reproducibility and efficiency in the laboratory.
Selection Criteria
Several aspects are relevant when choosing a microplate dispenser: number of dispensing channels (from single-channel to multi-channel), volume range and dispensing accuracy, programmability and flexibility in dispensing strategies, and compatibility with different microplate formats. Ease of use and maintenance-friendliness also play a role in the decision.
Variants and Dispensing Principles
Microplate dispensers are available as single-channel or multi-channel devices. The dispensing mechanisms are usually based on pneumatic or mechanical pumps that deliver liquids in a controlled and reproducible manner. Some models offer customizable programs for variable dispensing volumes and flexible dispensing intervals.
Calibration and Maintenance
Regular calibration ensures precise dispensing and must be performed according to the manufacturer’s guidelines. Maintenance includes cleaning the dispensing channels and, if necessary, the pump mechanism to prevent contamination and clogging. Adhering to maintenance intervals supports long-term operation and accuracy.
Limitations of Application
Dispensing accuracy depends on the viscosity of the liquid and the complexity of the microplate geometry. Very small volumes or highly viscous substances may limit precision. Additionally, microplate dispensers are not suitable for specialized dispensing tasks such as single-cell dispensing.
Search Terms and Related Terms
Synonyms and keywords include microplate dispenser, microplate liquid dispensing, automated dispensing, multi-channel dispenser for microplates, microplate liquid dispenser, microplate dispensing devices, automated liquid dispensing, liquid handling microplates, high-throughput screening dispensing, and microplate fluid dispenser.
Also known as
Automated microplate dispenser
Automatic dispenser
High-throughput screening dispensing
Liquid dispensing for microplates
Microplate dosing device
Microplate liquid dispenser
Microplate liquid handling
Microtiter plate dispenser
Multi-channel dispenser microplates
Plate dispenser
Related categories
Suitable brands
Frequently asked questions
How does a microplate dispenser work?
Microplate dispensers automate and precisely dispense liquids into defined wells of microplates. They often use pneumatic or mechanical pumps to deliver reproducible volumes.
What variants of microplate dispensers are available?
There are single-channel and multi-channel dispensers. The choice depends on the required dispensing speed and the number of microplate wells to be filled simultaneously.
What are important criteria for selection?
Key factors include dispensing accuracy, volume range, number of channels, programmability, and compatibility with different microplate formats.
In which application areas are microplate dispensers used?
They are mainly used in high-throughput screening, drug discovery, cell biology, pharmacokinetic studies, and genomics.
What are the limitations of using microplate dispensers?
Dispensing accuracy may decline with very small volumes, highly viscous liquids, or complex microplate geometries. Specialized dispensing methods such as single-cell dispensing are not supported.
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