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 Orbital shaker incubator
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| Orbital shaker incubator |
Orbital shaker shakers are equipment commonly used in laboratories to mix, shake and incubate biological or chemical samples in containers such as flasks, test tubes or culture plates. Let's explore what they are for, how they work and the types of shakers orbital shakers incubators:
What are worth for:
Sample Mixing: Orbital shakers are used to promote homogeneous mixing of liquids or substances in closed containers, ensuring a uniform distribution of components.
Incubation: Many of these pieces of equipment also function as incubators, keeping samples at a controlled temperature during the shaking process. This is particularly useful in biological experiments.
How they work:
Orbital Motion: The orbital shaker performs an oscillating or orbital motion, moving samples back and forth in a circular pattern.
Shaking Platform: Samples are placed on a shaking platform that moves under the influence of orbital motion.
Speed and Temperature Control: Orbital shaker shakers generally have controls to adjust the speed of agitation and the temperature of incubation, allowing the optimization of experimental conditions.
Use of Clamps or Supports: Depending on the model, samples can be fixed to the shaking platform using specific clamps or supports for different types of containers.
Types of Shakers Orbital Shakers Incubators:
Single Orbit Shakers: Simple orbital motion for basic mixing.
Dual Orbit Shakers: More complex orbital motion, often used for more demanding mixes.
Shaking Incubators: Equipment that combines the incubation function with orbital shaking, ideal for experiments that require precise temperature control.
Refrigerated Shakers: Some orbital shaker incubators have refrigeration features, allowing samples to be incubated at lower temperatures.
Microplate Shakers: Designed specifically for shaking microplates in molecular biology experiments.
Applications:
Molecular Biology: Preparation of PCR reactions, cell cultures and enzymatic assays.
Analytical Chemistry: Mixing solutions, chemical reactions and kinetic analysis.
Pharmaceutical Research: Development and testing of pharmaceutical products.
Diagnostic Laboratories: Preparation of samples for clinical analysis.
Benefits:
Mixing Uniformity: Orbital agitation provides more uniform mixing compared to manual methods.
Precise Control: The ability to control stirring speed and temperature allows you to optimize experimental conditions.
Automation: Some models can be integrated into laboratory automation systems.
In summary, incubator orbital shakers are essential tools in laboratories, playing a vital role in various scientific applications by providing controlled shaking and incubation conditions for experiments. |
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Standard Work Safety of Machines and Equipment (NR12): 12.1.1. Camargo Industrial does not participate in the use phase construction, transport, assembly, installation, adjustment, operation, cleaning, maintenance, inspection, decommissioning and dismantling of machinery or equipment, any such liability of the seller attributes and / or buyer, relieving - any responsibility Camargo Industrial.
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