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Laboratory Shaker
Labmate 3D shakers offer a seamless, circular tilting motion inside culture flasks and Petri dishes, delivering dependable, straightforward, and adaptable shaking solutions for various applications. They excel in culturing microbes and facilitating common mixing tasks. These orbital shakers generate minimal heat compared to alternative designs, making them exceptionally suitable for nurturing temperature-sensitive microbes during their development stages. Equipped with quiet, robust, and maintenance-free DC motors, these units are a trusted and durable choice for any laboratory setting. Labmate commitment to precision and simplicity ensures that these 3D shakers provide a reliable solution for your shaking needs, consistently delivering optimal performance while preserving the integrity of your cultures. Whether you're working with microbial cultures or conducting routine mixing tasks, Labmate 3D shakers are your dependable partner in the laboratory.
$ 2612.5 / Each of 1
$ 1787.5 / Each of 1
$ 1537.5 / Each of 1
Frequently Asked Questions
1 What are 3D Shakers?
3D Shakers are laboratory apparatus designed for mixing, blending, and agitation of materials in laboratories, ensuring consistent results across different sample types.
2 How do 3D Shakers differ from Regular Shakers?
3D Shakers offer a unique three-dimensional motion that provides gentle yet thorough mixing, whereas Regular Shakers typically offer only linear or orbital motion.
3 Are 3D Shakers suitable for temperature-sensitive samples?
They are ideal for temperature-sensitive samples because their gentle 3D motion prevents overheating and preserves sample integrity during mixing.
4 Can 3D Shakers be used in cell culture applications?
They are commonly used in cell culture applications where gentle mixing is required to avoid damaging delicate cells.
5 How are 3D Shakers used in DNA extraction?
They are commonly used in DNA extraction to agitate samples gently, ensuring thorough mixing of reagents with cell lysates without causing damage to fragile DNA molecules.
6 Can 3D Shakers be used for protein purification?
They are ideal for protein purification, as their three-dimensional motion ensures proper mixing of buffers and proteins, optimizing the binding and elution processes.
7 Are 3D Shakers suitable for homogenizing tissues in research?
They are effective for homogenizing tissues, as they provide a uniform motion that aids in breaking down the tissue without overheating or degrading sensitive proteins.
8 How do 3D Shakers help in enzyme assays?
They are widely used in enzyme assays, where their consistent agitation ensures even distribution of substrates and enzymes, promoting optimal reaction conditions for accurate results.
9 Can 3D Shakers be used in pharmaceutical formulations?
They are used in pharmaceutical formulations to uniformly mix excipients and active ingredients, ensuring consistent quality and homogeneity in final products like suspensions and emulsions.
10 Can 3D Shakers be used for fermentation processes?
They are highly beneficial in fermentation processes, as their consistent motion improves aeration and nutrient mixing, enhancing the growth of microorganisms or yeast in bioreactors.