Getting Along The Working And Uses Of An Ultralow Freezer For Laboratories

The uses of an ultralow freezer for laboratories are varied and highly useful but often go unrecognized. This post discusses the various ways that this piece of equipment can be used to improve lab efficiency and productivity. Samples and chemicals that need to be stored at freezing temperatures can be easily stored in these ultralow freezing cabinets.

From drugs and tissue samples to biological samples and enzymes, these freezing chambers provide efficient storage for every item. Here's everything you need to know about the ultralow freezer for laboratories at Global Lab Supply.

What Is An Ultralow Freezer?

An ultralow freezer is a type of refrigerator which maintains temperatures below -20°C (-4°F). They're usually installed in laboratories as cold storage units or walk-in freezers. These refrigerators can maintain temperatures below freezing to preserve hazardous samples, pharmaceuticals, and medical supplies. However, using an ultrahigh freezer for these experiments is not only wasteful but inefficient since many experiments are performed using a minimal amount of enzyme.

Why Use An Ultralow Freezer?

The primary function of an Ultralow Freezer is to provide cheap storage for experimental specimens and medical supplies, which must be frozen within a minimal time frame. Researchers can prevent the risk of losing valuable data due to frost or ice damage by utilizing a cold room before each experiment. In addition, these units are also ideal for preserving sensitive biological and chemical samples, which must be stored at low temperatures on a long-term basis.

Ultralow Freezer Chemical Storage

Many chemical supplies, including chemicals, solvents, and reagents, are stored in the unit's walk-in freezer at temperatures below -20°C (0°F). Many laboratories use these units as cold rooms to store reagents such as bromothymol blue, trypsin, and urea. An ultralow freezer is best utilized to maintain low temperatures during different experiments.

It's especially useful to store supercoiled plasmid DNA in ultralow freezer units since these experiments often require a large quantity of material that shouldn't be frozen for too long. This way, the frozen stocks can easily be removed from the unit without thawing and then used for other applications.

Other uses of an ultralow freezer include storing DNA and RNA samples, which can be later stored at -80°C or higher. In addition, these freezers can also store frozen stocks of synthetic enzymes such as lipases or phosphatases.

How Are Transport Carts Used Across Different Laboratories?

Labs with much difficult-to-move equipment may find that a mobile work stand cart is preferable. These have larger wheels and can be manoeuvred through doorways easier than other types of carts.

Others might prefer push trolleys because they can fit into smaller spaces or move more items at once more easily with friction casters on the corners as opposed to traditional tires. However, these transport carts can greatly help any lab or industry move around without significant effort. Take a look at different ways in which these laboratory transport carts are used:

Transporting and Storing Chemicals

In any lab, transport carts for chemicals are a great way to move around these items, especially if they're heavy. The wheels will help you move them easily without lifting and carrying them carefully. Workbench carts can also be used as storage solutions in a laboratory because they have plenty of room on top where you can keep different tools and equipment like pipettes, worksheets or test tubes and flasks.

Moving Equipment between Rooms

Laboratory Transport Carts that roll are very useful in moving equipment from one lab area to another. This becomes vital, especially if they're larger pieces of machinery that would not be easy to move by hand. Some labs have even managed to create mobile carts for moving test tubes, and flasks between different areas of the lab since these are very easy to store, move around and use.

Improving Work Efficiency

Most people use carts to help transport equipment from one place to another, but they can be more useful. For example, some equipment may be hard to install or operate alone. A cart made of solid wood can also help with this since these are quite heavy, making them easy enough for an average person to move around easily without too much effort.

There are also dangers associated with lab transport carts since these are often mobile and could lead to falling objects and spills. As such, you must always ensure you're safely handling items so they don't fall out of the cart, cause accidents, or become damaged from accidentally bumping into other things.

What Makes Stainless Steel Workbenches Better Than Normal Benches?

A stainless steel bench is a standard piece of every commercial kitchen. It is an indispensable tool that every cook and baker must have on their side as they prepare meals. However, not all stainless-steel equipment is the same. For example, a normal bench boasts only one flat surface, while the right-sized workbench will have two separate surfaces angled for better ergonomics and comfort during work periods. Here's what makes these stainless steel workbenches a better choice than regular ones:

Offers Customized Solutions

One of the best things about this type of equipment is that a workbench can have a flat surface and angled surfaces. This is ideal for almost any situation. For example, by having these two surfaces, you can rest your hands and elbows on the lower surface while having both feet flatly on the floor below. This lowers arm strain as you push food from one end to the other, forming it into its final shape.

Quality Construction

Another great feature of Stainless Steel Workbenches is that they are extremely durable. They have been built to last, so you can be sure that the bench you buy will last for many years. Moreover, they are also rust-resistant, so this promotes stability. The materials are strong enough to last through long work periods without getting chipped and bent out of shape.

Versatile Solution

This steel equipment isn't just for kitchens. It even has a place in various laboratories because it is easy to clean and disinfect for practicality and functionality. You can easily use these workbenches in modern laboratories and schools because the workbench can be used for multiple purposes.

Convenient Work Surface

The size of a stainless steel workbench also lets you rest your hands and elbows on the lower surface comfortably without placing them too high. One might find that this reduces fatigue during work periods by relieving discomfort caused by heavy lifting or repetitive movements throughout the day. In addition, stainless steel is commonly used in kitchen applications because it has excellent anti-corrosive properties, making it ideal for every lab.

People in laboratories or other filed all day might find stainless steel workbenches at Global Lab Supply, that make them more comfortable. As a result, a stainless steel workbench is used across laboratories, commercial kitchens and many other places.

Why Does Every Lab Need To Have Stainless Steel Desiccator Cabinet?

A desiccator is an equipment used in laboratories to provide an airtight enclosure that is perfect for storing chemicals for long periods. It helps avoid the risk of chemicals or samples being contaminated by dust or other airborne particles.

These cabinets come with many interesting features like climate control, flooring, safety features and compatibility with other lab equipment. You can also set different modes depending upon the type of chemicals stored in it. Here's why these stainless steel desiccator cabinets are a must for every modern lab:

Allowing Safe Storage Of Organic Solvents

Organic solvents like acetone, ethanol etc., are often used by laboratories for different experiments. In most cases, these solvents must be stored in airtight laboratory cabinets to prevent them from evaporating quickly, reducing the remaining quantity of the solvent stored inside. Therefore, desiccators for these solvents are best suited for laboratories that conduct research into the use of organic solvents and also make use of them.

Enhance Productivity Of A Lab

Using the Global Lab Supply Stainless Steel Desiccator Cabinet also helps to increase the productivity of a laboratory as it will help reduce the amount of time it takes to produce a certain amount of material. This is because the consumption of these chemicals will be minimized in the desiccator.

Reduced Risk Of Contamination

A desiccator is an airtight cabinet that allows only certain materials to enter while blocking all others from escaping. It is best suited for storing hazardous chemicals and also those chemicals with peroxides or ammonia as well as other chemical mixtures that are too volatile and tends to evaporate easily. With this facility, even a small quantity of these substances can be maintained for long periods without fear of contamination.

Perfect For Storing Sensitive Materials

Sensitive materials like water, deionized water, and other chemicals that do not need to be stored at low temperatures but require complete isolation from airborne particles should be placed inside a desiccator. These cabinets can also maintain an even temperature around the material stored inside without supplying additional heat or cooling it down too much.

Integration of desiccator cabinets to any lab allows scientists to keep their samples dry and use them later on. Desiccators are essential whenever experiments are conducted in a safe and secure laboratory setting.

List of Some Smart Ideas to Get Better Efficiency From Laboratory Shelving

Lab shelving is one of the most important pieces of lab equipment, and a science lab requires great shelves that can store a vast array of laboratory supplies. But the issue is not the number or size but its availability. Unfortunately, as time passes, those old wooden cabinets are getting outdated and not keeping up with modern storage needs.

The goal should be to make laboratory shelving smart rather than just convenient, which means it provides increased efficiency while saving money on new shelving every few years. To that end, let's look at five ideas for improving lab shelves further.

Start With Bigger Shelves

Consider getting a bigger lab shelf in the first place. This can help eliminate the need for more and more cabinets over time in Laboratory Shelving. In some cases, larger wooden shelves have been known to handle upward of 8,000 lbs., which is more than enough for most labs and on-site requirements.

Improve the Strength

Of course, it all starts with the strength of the shelving unit. In some cases, wood may not be the best choice for lab shelves at Global Lab Supply, especially if they are regularly handled. In addition, their larger size can provide less protection from damage, so steel or metal is better for handling heavy loads and keeping your lab equipment safe.

Get Smart with the Shelf Dividers

The key to getting smart with your shelving lies in the dividers separating the shelves and keeping things organized within the cabinet. You should always move away from cheap separators and toward more durable options like custom dividers designed to meet your specific needs.

Additional Dividers Means More Space

If organizers are too expensive, consider adding more shelves to the existing lab equipment instead. But, again, make use of wall space and ceiling space if possible, especially if you have a lot of materials to store or if you've had to keep your current shelving units closed off due to lack of room on the inside.

These tips will help you create additional storage in a very short period and improve the efficiency of your lab work. All in all, get a laboratory storing system that can handle heavy loads without breaking down.

What Are Benchtop Shaking Incubators, And Why do You Need One?

Benchtop incubators are devices used to maintain a steady environment for maintaining temperature and humidity in a process. A benchtop shaking incubator is used in a different process that involves culturing bacteria and cultivating plasmids.

If you're just starting in the research field or have been trying your hand at it for a while now, then chances are you've heard of benchtop shaking incubators. These incubators create an environment where things can grow and be induced with heat to bring them into an active state.

Benchtop Shaking Incubators Defined

A benchtop shaking incubator is defined as a device that keeps the temperature steady and the oxygen high, which is key for keeping culture in an active state. The main purpose of this device is to keep the right conditions for the growth of your sample. When you have such an incubator, you must place your sample inside and set the temperature settings accordingly. By adjusting the temperature per your requirement, you will surely get a better lifetime of different laboratory samples.

Who Needs a Benchtop Shaking Incubator?

Scientists and those in the field of biology are some of those who use these devices. You can also use these incubators to grow bacteria that have been frozen or stored in another way. Then, you must exert thermal energy on the bacteria to resume its active state.

The purpose of using a Global Lab Supply Benchtop Shaking Incubator is to provide your sample with the right conditions to allow it to grow. If you cannot put your sample at the right temperature, then even after you expose it to oxygen, the growth won't occur.

A Benchtop Shaking Incubator and Your Sample

You can place any sample into a benchtop shaking incubator. You can even use a tissue sample if you want to do so. The important part here is that you must keep your sample in the right conditions because only if you can keep it under the working temperature and have it exposed to oxygen will it be able to grow.

A benchtop shaking incubator allows you to speed up the growth time of your sample. Its main function is to give the right environment for growth, making it easier for laboratory scientists to formulate better results.

Key Features Of A Premium Quality Vacuum Pump

When cleaning the dust, dirt, grime and other particulate matter off your floors or carpets, a vacuum cleaner is an excellent option for getting rid of the accumulated pollutants. These pumps are designed to remove even the finest dirt and allergens particles from your residential area or commercial space.

However, not every vacuum pump comes with the same level of performance. Different features make for a good vacuum pump. If you are looking for a high-performance vacuum pump, there are a few things you need to look for it. Some of these are detailed here for you:

Size & Power Of The Pump

Proper measurement of the size of the vacuum cleaner is essential when it comes to getting value for money. Most vacuum cleaners are available in different sizes ranging from small to large. You will find that most of these models are designed using variable sizes so that the users can select a pump depending upon their particular requirements and cleaning needs. If you want to clean a larger area, opt for a large Vacuum Pump for Sale at Global Lab Supply to experience better results.

The motor

The most important part of a vacuum cleaner is its motor. A good vacuum cleaner should have a powerful motor to make it perform with optimum efficiency. If you are looking for a strong machine, you need to look for a pump that is designed using the finest components. If the components are low in quality, the pump tends to wear out quickly and does not last for long periods. Make sure you choose the pump that is designed using top-quality parts and give it an excellent performance.

Ergonomic Design

A good quality vacuum pump should come with an ergonomic design to ensure that it is easy to hold and carry around while cleaning the house or office cubicles. Ergonomic features make cleaning easier and reduce fatigue. If you are looking for a vacuum cleaner for pet hair removal or cleaning your car, then a smaller model will serve your purpose well.

A vacuum cleaner should have a wide cleaning range so you can take it out at any given time from anywhere in the house without moving the entire apparatus. In addition, it should be able to pick up dust, dirt, and other particulate matter.