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Sputter Chillers 101

Sputter chillers are a type of air-cooling machine that is used to cool hot gas from industrial processes. They have been around for decades and have been an integral piece in many industries, including the oil and natural gas industry. 

These machines can be very expensive, so not every business will need one. However, if you’re looking for ways to save money on cooling your process or just want a more efficient way to do it, then this article will help.

How Do They Work?

Sputter chillers work by using a series of fans to create an air current. This air current is then directed at the hot gas, which causes it to cool down. The cooled gas can then be safely transported or stored without causing any damage.

Like other chillers, sputter chillers offer safety for employees, businesses, and the machinery itself. The safe operating temperature of the gas is one reason this type of machine can be used. In addition, sputter chillers are designed to prevent its fans from moving too fast or creating any vibrations that could damage other parts.

How Are Sputter Chillers Used?

Sputter chillers are used in a variety of industries, but the oil and natural gas industry is one of the main users. This is because these machines can help to cool down the gas that is released during the drilling process. 

In some cases, sputter chillers can also be used to create ice on pipes. This will help to prevent the gas from freezing and causing any damage.

Why Should I Buy a Sputter Chiller?

If you’re looking for a more efficient way to cool your process, then a sputter chiller may be the right option for you. These machines can save businesses money on energy costs, and they are also designed to be very energy efficient.

Sputter chillers are also easy to maintain, which is another reason why many businesses choose them over other options. It’s important that companies have cooling equipment they can count on when it matters most. This way, workers won’t have to worry about their safety being jeopardized by a broken machine or one that is too slow to keep up with the demand.

What are the Benefits?

There are several benefits to owning a sputter chiller, including:

-Efficient cooling

-Reduced energy costs

-Easy to maintain

-Designed for safety

If you’re looking for a way to cool your process more efficiently, then a sputter chiller may be the right option for you. These machines can save businesses money on energy costs, and they are also designed to be very energy efficient. In addition, sputter chillers are easy to maintain, which is another reason why many businesses choose them over other options.

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How to Choose An Industrial Chiller

Choosing an industrial chiller can be a difficult decision. There are many companies that manufacture these cooling systems, and they all offer different features. So how do you know which one to choose? As with any big purchase, it is important to have your needs in mind before making the choice.

This blog post will help you learn about some of the factors that affect chiller selection so that you can decide what is best for your particular situation.

Do Your Research

When researching different chiller manufacturers, you will find that each company offers a wide range of options. However, the things to pay attention to are not always readily apparent until after doing some research on your own.

There are three main factors that affect cooling performance:

-The amount of water flow through the system

-Energy used by the system

-Condenser water temperature

The first factor is self explanatory. The more water flow there is, the better it can remove heat from your industrial space. Energy usage and condenser water temperatures impact how well a chiller does its job of removing heat. You will want to research the products of each manufacturer in order to find which ones best fit your needs.

When researching different chillers, it is important to look at performance in terms of energy usage and water flow. You may also want to consider speaking with manufacturers directly to learn about their products. By doing your research beforehand, you can ensure that your decision is an informed one.

Find A Manufacturer

If you know that a specific company makes cooling systems that suits your business, then this is probably an easy choice for you. You can always purchase from them and avoid having to do additional research on other companies’ offerings.

However, if you are unsure about which manufacturer to choose, it may be helpful to look at reviews of industrial chillers. This will give you a general idea of the quality and performance of different brands.

Once you have narrowed down your choices to a few manufacturers, it is important to contact them directly and ask for product quotes. Each one may offer different prices and features, so it is important to speak with them directly.

Simulate the Savings

Before you make a purchase from any manufacturer, be sure that you have done your homework on the products they offer. You want to make sure that the chiller you’re purchasing is the very best one for your business, machines, buildings, and product. 

To simulate the savings you would see from a chiller, use online calculators. Most manufacturers will have one on their website where you can find out how much money your business could save by installing an industrial chiller.

See One In Action

Ask the manufacturer you chose to see if you could view their chillers perform for yourself. At the very least, make sure they have informational videos, booklets, or classes that can help train your engineers. It is important to know exactly what the chiller looks like and how it works before you purchase it.

It can be difficult to choose an industrial chiller, but by doing your research beforehand, narrowing down your options based on price, performance levels, quality of equipment offered, features included in each model/brand, speaking with representatives from different companies directly, and by simulating the savings, you will be able to make an informed decision.


Choosing an industrial chiller can be a daunting task, but by following these simple steps, you can make sure that you are getting the best product for your needs. 

Remember to research different brands and models to find the one that fits your specific requirements, and don’t forget to ask the manufacturer questions about their products before making a purchase.

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What Are Sputter Coating Chillers?

Sputter coating chillers are used to cool an industrial sputter coating machine. This type of specialized equipment helps to refine production processes for manufacturing technology. For example, the use of sputter coating is often used to deliver a diamond “dust” or nanoscale film to a range of cutting instruments.

What Is a Sputter Coating Chiller?

A sputter coating process takes a solid material and uses new nanotechnology processes to turn it into individual microscopic particles. The system then applies these to create a thin film on a given surface.

Because of the specialized work that the sputter coating machine does, it utilizes a high degree of energy, producing quite a bit of heat. The chiller is responsible for keeping the equipment in an adequate and safe temperature range as it applies a sputter coating and directly afterward.

How a Sputter Coating Chiller Is Used

In a way, sputter coating and sputtering is a type of modern-day alchemy. Specifically, the solid material is made into a fine spray of microscopic particles, which to the human eye and senses appears as “gas.”

As mentioned, that energy output, and the generated heat, requires specialized chilling. Sputter coating chillers have to be able to remediate heat to a particular temperature range, not just work statically to cool like a common refrigerator. In addition to evaluating BTUs and kilowatts, observers might also consider durability and longevity for these types of systems. 

Sputter Coating Chillers Different From Other Chillers

One of the main differences in sputter coating chillers is their application to the piece of equipment in question.

Customization can be very beneficial in these types of systems. It’s also helpful for sputter coating chillers to have different types of infrastructure applied. For instance, companies that don’t have their own water-cooling apparatus can use a water-cooled sputter coating chiller to operate more independently from an ambient environment in a room or space.

Best Sputter Coating Chillers

Some of the best sputter coating chillers have gauges and analytical tools like conductivity sensors. This can help with planning for cooling operations and assessing the heat generated during a process, or, alternately, other metrics can show whether a machine needs to be matched with different cooling systems.

There’s also the principle of energy efficiency, where these machines are made to operate with less energy consumption. A heat exchanger may be a vital part of a sputter coating chiller machine’s build. In terms of long-term analysis, engineers may use information on MTBF (mean time before failure) to analyze the potential of a given piece of equipment and how it is likely to stand up to continual use.


In general, these machines have to be able to demonstrate a certain cooling standard. Engineers may also want to consider the potential for pressure loss in a facility. The sizing and installation of a sputter coating chiller device are also important. With the right support equipment such as a chiller, a sputtering process can enhance many kinds of discretely manufactured products for mission-critical uses.

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What Are Heat Treatment Chillers?

Heat treatment chillers are important parts of metalworking and industrial operations. They are specifically related to a heat treatment for metal materials, to harden and strengthen them for production. These typical metallurgy processes require a high degree of cooling and specialized equipment. That’s where the heat treatment chiller comes into play.

What Is a Heat Treatment Chiller?

In heat treatments, metals are heated to high temperatures in order to chemically strengthen their design.

A heat treatment chiller is an apparatus that takes the hot material and the environment around it, cooling it down through a deliberate process. That process may start while things are hot, and continue through returning items to a lower temperature closer to room temperature. Engineers may look at the full life cycle of using heat treatment chillers post-treatment in terms of BTUs, specific units of heat energy, to make sure that the cooling apparatus is adequate.

At a point in time where engineers have determined that it’s necessary to cool down the metals, or the process around the metal, they will kick in and direct the required energy toward cooling the environment.

Comparing Heat Treatment Chillers to Other Chillers

In comparing heat treatment chillers to other chillers, like facilities chilling systems, it’s important to understand the particular process around heat treating metal. One of the biggest differences is that heat treatment chillers have to be able to work quickly.

Other kinds of chillers, like facilities chillers, have more capability to work slowly and steadily. 

These chillers might work to stabilize low temperatures. In other cases, they might be used to ratchet down a warmer environment, say, a production area where heat is released in the process of physical work. 

These machines have their own standards but will generally not be up to the specialized challenge of directing post-treatment processes for metallurgy.

Both of these kinds of chillers can either work on an air-cooled or water-cooled design. But these also have to have a certain capacity to decrease temperatures in a dramatic way.

Good Heat Treatment Chillers

Many of the best chillers have a water-cooled apparatus. Water cooling is different from air cooling in the chemistry and physical approach. The best heat treatment chillers will also be useful in the context of a particular kind of metal treatment. 

For example, there’s case hardening and a process called annealing, where metals are heated and then cooled strategically as part of preparation for re-forming. There’s also a process called simulated annealing, where algorithms simulate the annealing process, showing where and how cooling takes place. 

The best chillers look at these types of designs and build the systems accordingly. That simulation data can be valuable from a design perspective as well.

In addition, the right heat treatment chillers and process can contribute to success according to certain metal properties like:

  • Hardness
  • Resistance to corrosion
  • Machinability

All of that makes these chillers a vital part of metalworking processes in industrial settings. Think about how these types of machinery work and how they apply to a given manufacturing use.

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What Makes a Good Furnace Chiller

man works on furnace

But have you ever wondered how a furnace chiller works or why it’s necessary?

What Is a Furnace Chiller?

The objective of furnace chillers, either industrial or furnace-based, is to convey heat from one site and cool it in another. Furnace chillers route fresh water through the piece of machinery they’re aiming to cool.

In furnace chillers, the pumping mechanism processes the water or glycol solution and sends it to a hydraulic pump to cool the target area. Furnace chillers chill a wide range of items, not simply HVAC devices. 

Chillers cool items, machinery, liquid chillers, injection molding, food and beverage machines, and a variety of other applications.

How Does a Furnace Chiller Work?

An evaporator, a turbine, a condenser and an expansion unit are the four crucial parts of a furnace chiller. A refrigerant is a working fluid that is used in the refrigeration cycle of air conditioning systems and heat pumps, and it is found in every furnace chiller.

The operation begins when a low-pressure coolant makes contact with the evaporator. The refrigerant overheats inside the evaporator, allowing it to change state from liquid to gas. The compressor compresses the gaseous refrigerant, raising its pressure.

The high-pressure coolant is sent to the condenser, which also opposes heat by compacting it into a high-pressure fluid using chilled water from a refrigeration system or ambient air. The condensed refrigerant is then sent to the expansion unit, which features a metering valve.

The Difference Between Traditional Chillers and Furnace Chillers

In terms of construction and optimization, there are differences between traditional cooling towers and furnace chillers. Below we’ll discuss some of the differences.

  1. Circuitry for Water and Refrigeration

A process chiller is a thermal device that removes heat generated by a given process. The majority of process chillers use mechanical refrigeration to remove heat from a process and have their refrigeration pass through liquid circuits. 

In the event that a component fails, this separation is critical. If one of the circuits breaks, the system can still function at half capacity.

In contrast, a conventional HVAC system consists of a single integrated cooling unit with components that cannot work independently of one another, so if one component breaks, the whole system cannot function.

  1. Variations in Seasonal Usage

Because air cooling is not necessary for winter weather, the air conditioning portion of an HVAC system becomes superfluous. Furnace chiller systems though are completely functional rain or shine.

  1. Integration of Components

Industrial process chillers often include pumps, water tanks and temperature regulation controls. The majority of HVAC systems are missing these crucial add-on elements. Additional elements in a HVAC system may bring up the total cost.

Which Furnace Chiller Is Right for You?

Furnace chillers range in all sizes and are suitable for all locations. Small, localized, or transportable chiller units are available for those who may have a smaller space. However, there are also large central furnace chillers for those who have the need for it. 

There are a wide range of options to fit any furnace chiller need you may have. Contact KKT Chillers today for more information in furnace chillers. 

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The Right Furnace Chiller for your Business

Industrial chillers are used in a wide variety of applications that call for cooling machinery or end products produced by a high heat manufacturing process. Generally, chillers circulate cold liquid through process equipment or in heat transfer plates that directly contact the equipment to be cooled.

Liquid-based chiller technology is used in many different applications, including tool-and-die cutting, some food and beverage production, chemical manufacturing, industrial processes involving lasers, semiconductor production, and much more. 

In the case of furnace chillers, this can be accomplished by using water or a water and glycol solution to transfer thermal energy away from areas that need to be cooled via conduction.

Inefficiencies and Waste Heat

Heat is generated as a byproduct of mechanical inefficiency. Failure to effectively remove this excess heat will allow it to build up over time, which can lead to equipment failure or damage. This in turn results in process shutdowns, lost production time, and may require repair or replacement of heat-damaged equipment.

Furnaces which generate a high amount of heat also experience similar inefficiencies, usually in the form of radiant thermal energy escaping combustion chambers and ducting. If this excess waste heat isn’t properly mitigated, it can lead to equipment failure or worse.

How Chillers Work

Industrial chillers ensure consistent operating temperatures for equipment or processes. In a typical process cooling design, a pumping system circulates refrigerant liquid from the chiller to the equipment or process that requires cooling. 

This cold fluid removes heat, usually through conduction contact via plates or piping, and returns the warmed fluid (or gas, if the heat is sufficient to convert the liquid) to the chiller.

There are many types of cooling liquids or refrigerants, and the kind used depends largely on the amount of heat that needs to be removed or reduced and the overall temperatures generated by the equipment to be cooled.

Most chillers operate on the principle of compression and phase change. Low-pressure liquid passes through an evaporator, where it is changed to a low-pressure gas through heat from the process being cooled. 

This low-pressure gas passes into a compressor unit, which converts it to a high-pressure gas. The high-pressure gas then flows into a condenser, where heat is removed to convert the gas to a high-pressure liquid. This liquid then flows through an expansion valve, which controls flow into the evaporator, and the cycle begins again.

Types of Chillers

Chillers are often either liquid or air-cooled, though the specific mechanical action can differ greatly depending on the application. Air chillers move ambient air via fans across a condensing coil. 

Liquid chillers use a pump that circulates fluid through a condensing unit and out to a cooling tower that releases heat. Evaporative condensed chillers combine features of both liquid and air-cooled processes by circulating cooling liquid through wet condenser tubes which are cooled by mechanical fans.

Thermal Spray Chillers

In thermal spray applications, the use of a chiller is critical to control temperatures required for high-quality process and final product. The thermal spray process coats a surface with fine particles expressed through a stream of working gas to create a uniform finished coating. The process can involve plasma or arc spray, as well as High-Velocity Oxygen Fuel, or HVOF, spray.

The Right Chiller for Your Needs

KKT Chillers can help you determine the right fit for your application, whether you are looking for a furnace chiller, a chiller to be used with thermal spray applications, or for any other process which requires efficient and accurate removal of excess heat.

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What Are Vacuum Brazing Chillers?

Vacuum brazing is a process used to join different materials under high temperatures of 800°C to 1150°C. Due to this heat, the cooling process often consumes time and slows down work. Vacuum brazing chillers allow manufacturers to reduce the product cycle time by speeding up the cooling process. 

If you work in the automotive, medical, or any other industry that uses vacuum brazing, it’s crucial to understand how such equipment works. Here, we help you learn more about vacuum brazing chillers, how they work, and why we use them. 

What Is a Vacuum Brazing Chiller?

The process of vacuum brazing often involves heating materials to high temperatures. This may cause your industrial machines to overheat and fail. Vacuum brazing chillers are devices that cool down furnaces and tools to an optimum temperature. 

These machines have a system utilizing the refrigeration cycle to transfer heat. In most cases, vacuum brazing chillers use air from the environment to achieve the needed temperature.

How to Use a Vacuum Brazing Chillers

The method used for cooling vacuum brazing furnaces differs depending on the type of chiller you’re using. The most common ones, air models, only use one step for cooling. Depending on the one you select, the machine may either have propeller fans or refrigeration cycles.

Most air coolers work like the radiators found in an automobile engine. These have a motorized blower for gusting cool air over refrigerant lines. This process allows them to cool your furnaces to the needed temperature.

In most cases, the cooler will need an ambient temperature of about 35°C or below to work optimally. Still, some manufacturers offer chillers that can function well in hot areas of up to 50°C.

Difference Between Vacuum Brazing Chiller and Other Models

The main types of coolers available in the market are water, air, and evaporative condensers. Most industries that use vacuum brazing prefer air chillers because they occupy less space, and you can set them up outside. These devices mainly absorb heat from the furnace and transfer it to the atmosphere. 

By contrast, water chillers use condensed water to transfer heat. The cooling process usually takes place in two steps. The first one involves heat moving from the refrigerant vapor to the condenser water. Next, the warm fluid goes into the cooling tower to release heat. When using this type of chiller, you need to connect the machines to a tank with constant water supplies. This requirement may be challenging for companies in areas with limited supply or in drought-prone locations. It also increases utility bills since you’ll need electricity to pump the water.

Evaporative condensers use plate heat exchangers to cool fluids. Unlike the water and air models, these are mainly for chilling water, oil, and glycol.The condensers have two inlets where fluids of different temperatures flow. The plates in the chiller then transfer heat between the two fluids, allowing the hotter one to cool down.

Get Quality Vacuum Brazing Chillers

A reliable vacuum brazing chiller can improve production in your company. At KKT Chillers, we provide a broad range of air and OEM coolers. With our equipment, you can speed up work, prevent machine failure, and increase profits. Contact us today to learn more about the available chillers for your business.

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What Can Vacuum Furnace Chillers Do for My Business?

interior or workshop in modern industrial plant

What Is a Vacuum Furnace Chiller?

Why Are Vacuum Furnace Chillers Important?

Vacuum furnace chillers are an essential component of a vacuum furnace. Water temperature can easily increase and force the system to shut down. This is an issue that’s frequently overlooked while working with vacuum furnaces. 

What Happens to a Vacuum Furnace Over Time?

After a long period of use, the vacuum furnace’s molybdenum heating body will eventually melt. The engineers who designed the vacuum furnace took several steps to mitigate the risk of failure over time. 

The construction size of the heating wire of a vacuum furnace, such as the spiral resistance wire, is designed with special attention paid to the bending diameter, pitch, and middle diameter of the heating element to ensure it has the necessary strength at high temperatures and does not harden, collapse or sag. 

The typical range of 100 to 200 millimeters. It can also securely attach to prevent the resistance wire from slipping.

What’s the Purpose of Using Biodegradable Water Cooling Treatment in a Vacuum Furnace Chiller?

The purpose of biodegradable and chemically assisted ways to treat cooling water is to keep minerals suspended and decrease sediment formation in rubber pipes, snake pipes and water jackets so that water flow is smooth. 

An automatic apparatus analyses the water’s electrical conductivity, refills chemicals, flushes waterways and adds freshwater. This method also guarantees pH management of the water in combination with the associated vapor filter system, preventing the deposition of excess minerals in the cooling water system. 

To avoid overtreatment or irregularity, perform water quality testing at least once a month once the system has stabilized. The Nema Line industrial chiller exemplifies a smaller unit with big impact on its heating areas.

Why Should You Check Vacuum Furnace Chillers?

Conduct weight loss tests yearly to check the treatment impact. The serpentine cooler for diffusion pumps requires special care and regular checks. 

What Can Vacuum Furnace Chillers Do for Your Business?

The most common use for the vacuum furnace chiller is in the heat treatment of various types of steel. Rapid tool steels, steels for hot or cold working tools, martensitic stainless steels, precipitation hardening steels and so on. 

With a vacuum furnace chiller installed at your plant, you can expect to maximize efficiency and safety.

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What Size of Industrial Chiller Do You Need

If you’re looking to take your facility to the next level, then investing in an efficient chilling system is a must. Don’t let the abundance of machines and their types confuse you — differentiating between systems, chiller sizing, and finding the right one for you and your company will become a breeze with our guide. 

To understand the nuances of industrial chillers, let’s dive into what they are and their uses.

What Is an Industrial Chiller?

Put simply, industrial chillers are technologies that extract heat and assist in cooling industrial machines of all kinds.This process works through a heat transfer that starts when water enters “the evaporator from the primary return” which leads to the transfer of water from the refrigerant.

The chiller is essential for cooling equipment and technology that uses HVAC. These industrial chillers expend a significant amount of heat. This issue of where excess heat goes is solved via two means of chilling systems:

1. Air-Cooled Chiller

  • The condensers use environmental air for the chilling process

2. Water-Cooled Chiller

  • The condensers use a cooling tower for the chilling process

Which Chiller Is Best for Your Facility?

According to HVAC Investigators, water chillers tend to be more reliable and last longer than their air-cooled counterparts: “water conducts heat better than air.” The lifespan of water-cooled chillers makes them better for “medium and larger facilities,” such as hospitals. 

The key factor in these chilling systems is their water supply. To efficiently use a water-cooled system the facility must have a steady supply of water to fuel the chiller. Smaller facilities tend to opt for an air-cooled chiller because of its smaller size. If there isn’t enough water or a large enough space, you will not get the benefit of a water-cooled chiller. 

As such, it is better to opt for an air-cooled chiller system that provides efficient and reliable chilling to facilities such as business buildings and restaurants. When choosing the right industrial chiller, it’s important to consider the processes that each machine uses for heat expenditure. 

Understanding their uses and your needs ensures proper chiller sizing for your facility. Both air- and water-cooled chillers provide effective chilling systems. You can find more in-depth information about chilling products on our KKT Chiller website.

Chiller Sizing

Now that we understand how chillers function and in which facility they thrive, it’s time to unpack more about chiller sizing. At KKT, with over 30 years of experience, we offer a variety of sizing options for chillers. 

Listed below are the products that work best for your specific needs:

Nema-Line: 1-7 kW

  •  Made perfectly to fit in compact spaces, if you’re tight on space, don’t compromise the chilling effect.

Vario-Line: 6-28 kW

  • The Vario-line will ease your worries about capacity loads as it will automatically adjust to suit the load. This chiller is more energy-efficient and is perfect for cost-saving and efficient cooling.

Compact-Line: 30-200 kW

  • Strong performance efficiency and, just like its name, it’s compact so you won’t have to worry about space.

KSC 215 L-US: 60 kW

  • This made in Germany chiller is the right fit for health care facilities

Contact us for a more in-depth look at personalized chiller sizes for your facility. 

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MRI Chillers: Answers to Common Questions

MRI Chillers: Answers to Common Questions

A magnetic resonance imaging (MRI) is a noninvasive medical test that uses powerful magnets and computer imaging to create accurate body scans. Through an MRI scan, physicians can examine vital organs by evaluating a detailed visual rendition through a series of shots called “slices” of the organs. 

These “slices” can be seen on a screen, stored on a CD or uploaded to the cloud. Since an MRI does not use X-rays, MRI scans are considered clinically safe to be performed on pregnant patients. 

How Does an MRI Machine Work? 

A patient lies on a moveable bed that is then inserted inside a chamber to perform an MRI. Depending on the machine’s make and model, an MRI machine can look like a narrow tube or a more open cylindrical machine. Once the patient is inside the machine, the powerful magnetic coils in the machine are activated, creating a magnetic field around the patient. 

This magnetic field coupled with radiofrequency signals alters the hydrogen atoms in the body. Once these hydrogen atoms realign, they send out radio signals transmitted back to the computer, which analyzes these signals and turns them into images. 

What Is Quenching, and How Can It Be Avoided? 

To create the magnetic field that is responsible for rendering the MRI slices, the MRI magnetic coils must be thermoregulated at -270 degrees Celsius. The MRI components cannot achieve this temperature by relying on the room temperature even with an efficient HVAC.

The MRI machine has a refrigeration system that uses compressed helium to supercool the magnetic coils to accomplish this cryogenic state. In some cases, helium escapes from the chamber and results in a sudden increase in temperature. 

This overheating can significantly impact the capability of the magnets to produce a strong enough magnetic field. This process is called quenching, and when the temperatures are not controlled, it could result in machine breakdown wherein the magnets become totally resistant and could translate to millions of dollars in losses. 

What Are MRI Chillers?

An MRI chiller is a machine that keeps the MRI scanner components within the optimum temperature range of -270 °C. To produce high-quality images, an MRI machine expends a lot of energy, which raises the temperature inside the machine. Without an MRI chiller, this increase in temperature can result in overheating. 

MRI chillers work to keep the electromagnetic components cooled so that they can function optimally. An MRI chiller cools down the magnetic coils inside an MRI machine by supplying it with coolants. 

MRI chillers can either be air-cooled or water-cooled, depending on how the chiller transfers heat. Air-cooled MRI chillers are more efficient in settings with low water pressure or a limited water supply as these systems utilize the surrounding air to create a coolant and transfer heat.

Some MRI chillers are also equipped with built-in diagnostic capabilities to alert you for any system issues that might disrupt MRI scans. 

How Does an MRI Chiller Work? 

An MRI serves to cool down the magnetic coils and the compressed helium. An MRI chiller provides the MRI machine with the coolant it needs to maintain its cryogenic state to prevent overall system breakdown in case of a potential helium leak. 

Not only does an MRI chiller cool the magnetic coils, but it also functions to maintain temperatures on the cryocooler as well. An MRI chiller makes sure that your MRI machine’s components are thermoregulated in case of emergency or when the built-in cooling system has to be taken down for repairs. 

With an efficient MRI chiller in place, you can save millions in repairs and damages that could have resulted from the MRI machine overheating or quenching.