Horizontal shaker

Types of horizontal shakers

A horizontal shaker is a piece of equipment used for mixing and shaking. It is primarily used in laboratories for various applications, such as mixing liquids, shaking samples, and incubating samples. There are different types of horizontal shakers based on their specific applications and functionalities.

• General purpose shakers

  General purpose shakers are commonly used in many laboratories for shaking different types of samples. They can be used for shaking test tubes, flasks, and plates and are suitable for many applications.

• Orbital shakers

  Orbital shakers move in a circular motion. The platform moves in a circular motion around a central point. They are suitable for mixing samples in flasks and plates.

• Linear shakers

  Linear shakers move back and forth along a straight line. They are more suitable for applications that require gentle mixing or for mixing samples that are easily damaged.

• Vortex shakers

  Vortex shakers create a vortex in the container. They are used for mixing small volumes of liquid in tubes and are suitable for many applications.

• Rotary shakers

  Rotary shakers move the platform in a circular motion and the containers about their axis simultaneously. They are used for mixing large volumes of liquid in flasks and are suitable for many applications.

• Incubator shakers

  Incubator shakers are used for simultaneous shaking and incubation of samples. They control the temperature and provide shaking motion. They are commonly used in microbiology and cell culture.

• Shake flask incubators

  Shake flask incubators are used for shaking large-scale cultures in shake flasks. They control temperature, speed, and shaking motion.

• Microplate shakers

  Microplate shakers are used for shaking microplates. They are used for many applications, such as mixing assays and incubating samples.

• Tube shakers

  Tube shakers are used for shaking test tubes. They are used for many applications, such as mixing samples and extracting DNA.

Design of horizontal shakers

The design of the shaker cabinets and their aesthetics is one of the most crucial points to consider for any furniture. The shaker style is a classic, simple, and elegant design with increasing popularity. In fact, shaker cabinetry is a popular choice among homeowners and business buyers. Its minimalist and timeless design offers versatility and functionality, making it suitable for various interior decor themes.

• Flat-panel doors:

  The shaker style horizontal closet doors include flat-panel doors with a recessed center. This creates a simple and clean look with a border around.

• Clean lines:

  These shakers are known for their clean lines, which makes them free from excessive ornamentation or detailing.

• Quality craftsmanship:

  The horizontal shaker closets are built to last and are of good quality. They use solid wood or good materials and have strong joints like dovetails or mortises and tenons.

• Functional design:

  Shaker cabinets are practical and useful. Their doors open easily, and the drawers and shelves provide ample storage space.

• Natural materials:

  The horizontal shaker closets prefer using natural materials. They usually have solid wood or stone tops but avoid using flashy or artificial materials.

• Neutral color palette:

  The shaker style prefers neutral colors like white, beige, and gray. These colors make it easy to match with other things in the room.

• Adaptability:

  Shaker designs can easily adapt to many places. They can fit in a country home, a modern apartment, or even a professional office.

• Ornamentation:

  The shaker design does not include much decoration. It focuses more on simple shapes and smooth surfaces.

• Proportions:

  The proportions of the elements in the shaker style are well-balanced. The width and height of the doors are in proportion to the size of the furniture. This ensures everything looks good and is functional.

• Adaptability to space:

  Shaker designs are made to suit different spaces. They are now available in various sizes and shapes, which can be customized to fit any space.

Scenarios of horizontal shaker

A horizontal shaker is a machine that can be used for a variety of applications. Some of the possible uses are as follows:

• A horizontal shaker can be used to mix different kinds of sample materials. For example, it can mix soil with fertilizers, paint with solvents, and powders with liquids. The shaker ensures that the samples are uniformly blended for accurate analysis or application.
• In many laboratories, a horizontal shaker is used to extract soluble substances from solid samples. For example, tea leaves can be shaken in water to make tea, or soil samples can be shaken in water to make an extract. The shaker speeds up the extraction process by agitating the samples.
• Cell cultures require shaking to grow well. A horizontal shaker provides the agitation needed for certain types of cells, such as bacteria, yeast, and plant cells, to multiply. This increases the yield of cell cultures for research or production purposes.
• Horizontal shakers are also useful for incubating cultures. Some shakers have built-in heating and humidity control that create ideal conditions for growing cells. These incubated shakers save space and energy compared to separate incubators and shakers.
• Horizontal shakers can agitate samples in many applications. For instance, they can shake plant tissues to extract DNA for genetic studies or shake blood with reagents to separate plasma for medical tests. The shaking action helps researchers obtain biomolecules faster and with less damage to samples.
• In mining and environmental studies, shakers separate soil and rock materials. They can separate gold nuggets from gravel or large particles from fine soil. They can also remove contaminants from soil samples. The horizontal motion sorts materials by size and composition.
• Shakers can be used to separate solid particles from liquids or slurries. For example, in a wastewater treatment plant, a horizontal shaker can remove sand from dirty water. The fast shaking causes heavy sand grains to settle at the bottom, leaving clean water behind. Shakers help separate solids in many industrial processes.
• In the food industry, horizontal shakers can be used to wash fruits and vegetables. For example, shaking potatoes in water removes dirt. The gentle motion of the shaker prevents bruising of the produce while cleaning them thoroughly.
• In the mining industry, shakers separate minerals based on size and weight. Rocks are shaken over a screen surface, and heavier minerals sink into the holes while lighter ones remain on top. This separates valuable ores from waste rock efficiently.

How to choose a horizontal shaker

Several critical factors must be considered to select the correct horizontal shaker that meets the demands. By thoroughly considering these factors, one can choose the horizontal shaker that best fits its needs, ensuring efficient and reliable operation in the laboratory.

• Application requirements

  Determining the types of experiments and processes the horizontal shaker will be used for is essential. Considering the sample size and volume is also important. It is also essential to consider the range of speeds and the shaking motion required. Identifying specific features like temperature control, orbital, or linear shaking might also be needed.

• Capacity and footprint

  Evaluating the shaker's capacity to accommodate the number of samples processed simultaneously is essential. It is also important to consider the shaker's footprint to ensure it fits well within the available laboratory space. Considering stackable shakers can optimize space further.

• Speed and motion

  Determining the adjustable speed range of the horizontal shaker is crucial. It is also important to consider the motor's power and the maximum load it can handle. Evaluating the shaking motion, whether it is orbital, linear, or custom, is essential.

• Uniformity and stability

  The horizontal shaker must be stable and provide uniform shaking at all speeds and loads. It is also important to assess the construction quality of the shaker and its materials. Evaluating the design of the shaker is critical to ensure it minimizes vibrations and noise during operation.

• Ease of use and control

  Determining the user interface and control options of the horizontal shaker is crucial. It is also important to consider the ease of use of the shaker's controls and the clarity of the display. Evaluating the accessibility and convenience of features like timers and alarms is critical.

• Safety and compliance

  Ensuring the horizontal shaker has safety features such as overload protection, emergency stop buttons, and secure locking mechanisms is essential. It is also important to verify that the shaker complies with relevant industry standards and regulations.

• Budget considerations

  Evaluating the initial purchase cost of the horizontal shaker is crucial. It is also important to consider the long-term operating costs, including maintenance and potential repairs.

• Brand and supplier reputation

  Researching reputable brands known for their quality and reliability in manufacturing horizontal shakers is essential. It is also important to choose suppliers who provide excellent customer service and support.

Q&A

Q1: What are the benefits of using a horizontal shaker?

A1: The main advantages of a horizontal shaker are its ability to provide uniform mixing, save space, and allow for scalable batch processing.

Q2: What factors should be considered when selecting a horizontal shaker?

A2: The factors to consider include the required shaking speed, the size and capacity of the shaker, the type of samples, and any specific application needs.

Q3: How can one ensure the durability of the shaker?

A3: Proper maintenance and handling, as well as using shakers with robust construction and high-quality materials, can ensure the durability of the shaker.

Q4: What safety considerations are there when using a horizontal shaker?

A4: Users should ensure that the samples are balanced on the shaker platform, secure any loose parts, and follow the manufacturer's guidelines to prevent accidents and injuries.

Q5: What are the typical applications of horizontal shakers?

A5: Horizontal shakers are commonly used in laboratories, industries, and research institutions where mixing, shaking, and agitation are required.