5 Things to know before purchasing Vacuum Aspirator system

Laboratory procedures can be complicated, and in the realm of these procedures and processes, precision is imperative for accurate results. The laboratory’s different tools are vacuum aspirator systems, which are designed for other purposes. The various purposes it offers and certain things you need to consider when buying a vacuum aspirator system are pointed out in this guide.

Understanding the Vacuum Aspirator System

For the best practices, you need to consider the system’s components to evaluate the best fit.

a)    Primary Flask:

The primary flask helps to retain the ring or provide support to prevent tipping or overflow.

b)    Secondary Flask

The secondary flask is an optional component used for overflowing and protecting the fluid aspiration system.

c)     Filter

A HEPA filter is positioned before the vacuum source. The main task of the filter is to stop contaminated liquid from entering the system. 

Understanding the entire setup before working with the vacuum aspiration system and operating it efficiently is essential.

Purpose of a Vacuum Aspirator System

The vacuum aspirator system provides pressure to dispose of supernatant fluids from various laboratory vessels. It works with tissue and cell cultures for liquid chemical waste or biological immunology reagents. The system is found in almost every laboratory because it is versatile.

1.     Size

The first thing to know about the vacuum aspirator system is its size. The vacuum size pump determines the level and the rate of air or the gasses removed from the system. The giant pumps have higher capacities, space, and power. The size of the vacuum pump is crucial in determining the vacuum level and the rate at which air or other gases are removed. It is based on the vacuum aspirator system, which decides whether to select a portable or bigger one.

You might consider size not to be a big concern, but the physical footprint is supposed to be a substantial practical consideration. You need to decide the size of the laboratory according to our requirements.

2.     Manual Guidelines

The guidelines provided along with the system should be more noticed and essential. Let me break something up: These guides and the vacuum aspirator system must be reviewed and worked upon with their safety precautions. Equipment handlers often need to take pre

cautions seriously, resulting in faulty results that cause more significant damage than good. It is crucial to learn how to disassemble and sterilize the product, use a sterile flask, and implement state precautions for safety. In addition, the components also need to be replaced and repaired for efficient results.

3.     User protection

The third focus should be protecting the person using the vacuum aspirator system. Your purchase must be based on the protection of the operator or technician in the laboratory. The systems should have biological filters like 0.2µm filters. It needs to be placed between the receiving flask and the vacuum system. Apart from checking the specification of protection, several protective measures are written in the manual that need to be understood for protection.

4.     Protect the culture

There is a need to check the equipment to maintain a sensitive culture, as it can be challenging. Cleanliness is considered a sensitive element in successful culture lines; therefore, you need to assess whether the vacuum aspirator fits your needs. The surfaces should be easy to clean and should not have hard-to-reach areas. The tubing should also be checked for cleanliness. Another thing to consider is the tubing line; if the equipment is used by one person, then a single tube would be enough; otherwise, you would require multiple tube lines.

5.     Maintaining Control

As mentioned earlier, the thing about a vacuum aspirator system is that it should be of a size that is manageable for you, not only because of the physical footprint but also because you will have to manage the pressure when working with the vacuum aspirator system. Sensitive cells require lo

w pressure, while large vacuums can achieve large volumes. Hence, keeping the size would help you manage pressure. It is always a good idea to detect which ones fit well.

Our iSpirator Maxi

From our three sizes, Maxi fits almost every laboratory best. The iSpirator Maxi is our best offering for the largest aspirator with 5L waste storage. It is excellent for confined places requiring large volumes of liquid aspiration. Only a few vacuum aspirators are user-friendly and waste a lot of energy. Our product resolves the issue and is the world’s first intelligent green aspirator designed with performance, space, durability, and ecological impact in mind.

It’s always a smarter idea to review the equipment’s specifications before purchasing. Only some things promising the best results are the best. The guide comprehensively explains what you need to check before the final pick.