Mixer
Mixers are laboratory devices designed for mixing and homogenizing samples. They differ mainly in design and area of application.
Product
Mixer
Mixers are laboratory devices designed for mixing and homogenizing samples. They differ mainly in design and area of application.
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Blanc-Labo SA
Milian SA
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Guide and selection support
Mixers are used for efficient sample preparation by mixing, grinding, or emulsifying substances in laboratories. They are applied in analytics to prepare samples for further investigation. Selection criteria include the field of application, mixing type, and compatibility with sample containers. LabFinder provides a factual overview of various mixer types and assists in need-based procurement. The aim is to support users in quickly orienting themselves and selecting suitable equipment.
Application and Benefits
Mixers are used in laboratories to prepare samples by mixing, homogenizing, grinding, or emulsifying them. This enables even mixing of samples or incorporation of solids into liquids, which allows for reproducible analysis. Typical applications are found in analytics, microbiology, and chemistry, where samples are prepared for various measurement methods.
Selection Criteria
The first deciding factor when choosing a mixer is the type of sample: liquids, solids, or a combination of both. Another criterion is the design of the device—bench-top mixers offer fixed containers with an integrated motor, while immersion mixers (handheld mixers) can be flexibly used in different vessels. Motor performance, rotational speed, as well as the geometry and material of the blades are important for mixing effectiveness. Ease of use, cleaning options, and compatibility with existing lab containers are also relevant factors.
Variants and Principles of Operation
In general, a distinction is made between bench-top mixers and immersion mixers. Bench-top models combine container and motor in one device, ideal for defined sample volumes. Immersion mixers are mobile and allow use with a wide variety of vessels. Mixing is carried out mechanically via rotating metal blades powered by electric motors. The substances are ground, dispersed, or emulsified by the rotating motion.
Calibration and Maintenance
Calibration is generally not necessary for mixers, as these are mechanical devices without measurement capabilities. However, regular maintenance and cleaning are essential to avoid residue and contamination. Blades should remain sharp, and the device should be checked for mechanical function. Electrical components must be maintained according to the manufacturer's specifications to ensure safe and reliable operation.
Limitations of Use
Mixers are unsuitable for highly abrasive or extremely viscous media that could damage the blades or motor. They are also not intended for sterile workflows without additional treatment steps. Selecting the right mixer depends on the chemical and physical properties of the samples. Some samples can be altered by excessive shear forces and should therefore be handled with care.
Search Terms and Related Terms
Synonyms and related terms include lab mixer, laboratory mixer, sample mixer, sample homogenizer, homogenizer, laboratory homogenizer, stirrer, immersion mixer, bench-top mixer, mixing device, emulsifier, and sample stirrer. These are commonly used designations and keywords for finding and comparing products.
Also known as
bench-top mixer
homogenizer
immersion mixer
lab mixer
laboratory homogenizer
laboratory mixer
laboratory mixing device
sample homogenizer
sample mixer
stirrer
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Suitable brands
Frequently asked questions
How does a mixer work in the laboratory?
A mixer uses rotating metal blades driven by an electric motor to mechanically grind, mix, or emulsify samples.
What types of mixers are available for laboratory use?
Primarily, a distinction is made between bench-top mixers with integrated containers and motor-driven immersion mixers that can be used in various vessels.
What should I consider when choosing a mixer?
Important factors include the type of sample, the mixing volume, compatibility with open vessels, rotational speed, and cleaning requirements.
Do mixers need to be calibrated?
Mixers do not require calibration, as they are intended for sample preparation rather than measurement. However, regular maintenance and cleaning are essential.
What are the limitations when using laboratory mixers?
Mixers are unsuitable for very abrasive, viscous, or sterile samples without additional procedures and may alter samples if used incorrectly.
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