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A medical environment is one area where you cannot afford mistakes or mechanical failures. Much of the diagnostic equipment in a hospital setting is vital to allow doctors and nurses to do their jobs. One such piece of equipment is an MRI machine.

Estimates indicate that most MRIs perform around 6000 scans per year, much more in a busy larger hospital setting. With this in mind, making sure the MRI machine and all its working parts are in good order is essential every day.

MRI Chillers

The cooling requirements of an MRI chiller can be challenging. When your machine overheats, it can be frustrating as it means any scans won’t be as precise as they need to be. But how can you ensure this doesn’t happen?

The magnet at the heart of an MRI machine must be kept at an extremely low temperature of 4 Kelvin, or -270°C. This is accomplished using liquid helium, which is cooled using a cryocooler, a specialized compressor unit. Another set of coils and heat exchangers is used to keep the cryocooler cool, which is critical because if the helium temperature rises, the machine could overheat. Without proper cooling, the helium will evaporate and be lost as it leaks out.

When it comes to an MRI cooling system, a dedicated water supply system will cool the water to allow the MRI to be maintained at the correct temperature.

If this system fails, the damage to the agent can be irreversible. If a failure and the water supply are disconnected, another water supply will need to be found; this is usually the city water supply.

Four main indicators your MRI chiller isn’t working include;

• Low Helium Levels – low helium alerts indicate a massive failure or poor maintenance
• Failure To Turn On – This is common after adverse weather conditions or power outages.
• Image Artefacts – usually due to wear and tear of the coils rather than the MRI components themselves
• Heat Exchanger Temperature Levels – Alerts of this kind indicate that your chiller isn’t working

Thermal spray chiller

City water contains chemicals that can damage a thermal spray chiller. If you have been relying on city water to maintain your MRI chiller properly, chances are you could be causing more damage than good. To avoid this type of damage, choosing the best thermal spray chiller to keep your MRI chiller at the right temperature is paramount to avoid further damage.

Having a backup system that can take over in the event of your main MRI chiller failing will ensure continuity and less damage to the magnet during its lifespan.

There are many different components and processes involved in making your MRI machine work. Your MRI chiller is a vital system that allows your MRI to work by cooling the Helium. Failure to maintain the correct cooling temperatures and standards of your MRI chiller will, in turn, make sure that your machine is in good working order for as long as possible. Back-up plans to allow the chiller to be supported in a failure will help reduce disruption to your medical facility and help you avoid costly repair bills.

We cannot deny the fact that technology is having a massive impact on the world that we live in today. Technological advances are being made in all industries, and they are having a profound impact. This is something that is certainly the case when it comes to the world of manufacturing. With that being said, we are going to take a look at the history and future of manufacturing in further detail below. 

What are some of the significant technological advances that have been made in manufacturing in the past?

Before we look at the future of manufacturing systems from a technological standpoint, we need to consider the past. The first major shift in the manufacturing sector occurred in the 18th century during the Industrial Revolution. Prior to this, items were crafted by hand. However, this period in time was when processes were created that enabled products to be produced by machines. Production times and costs were reduced considerably across many industries as a consequence of this. The market shifted as well, with different materials coming to the fore, such as cotton overtaking wool in the textile market.

What sort of manufacturing systems can we expect in the future?

There are a number of different trends and inventions that we are likely to see have a significant impact on manufacturing in the future. 

Advancing robotics and automation

Advancing robotics and automation is certainly a very interesting field. Collaborative robots enable incremental investment, which means that manufacturers have the ability to automate processes, so that one or two processes will no longer need to consume a disproportionate share of the cost of the project. 

3D printing and additive manufacturing

In addition to this, we have to look at 3D printing and additive manufacturing, which has come on leaps and bounds over the past decade. Back in 2013, the market was worth $3 billion. However, GlobalData has predicted that this figure is going to reach $20 billion within the next four years. Software advances and the introduction of new materials are responsible for this, as they have cleared the pathway for new, creative applications. For instance, both digital anatomy and bioprinting continue to mature, and this is giving more and more manufacturers confidence in this approach.

Working with wearables

Finally, another trend that we are seeing have a big impact in the manufacturing sector is working with wearables. The aim of this form of technology is to look for applications that have the ability to improve the production efficiency of workers. From training capabilities to managing the workplace environment, there is a lot that workers will be able to achieve by using wearables to power their approach at a manufacturing warehouse. 

To conclude, there is no getting away from the monumental impact that technology is having on the manufacturing sector, and will continue to have. There are a lot of exciting developments in line, and it is going to be very interesting to see how they shape the manufacturing market over the coming years.

It’s not uncommon for business owners to be frustrated with the speed at which their business is growing. Rather than seeing their numbers going up, they see them staying flat or worse, going down.  The truth is that a business’s growth is a gradual process based on a series of strategic decisions.

While you shouldn’t expect to be a millionaire overnight, there are some indications that you’re making mistakes leading to a lack of growth in your company. Take a look at some of the most likely reasons why your business isn’t growing the way you’d like it to.

You Don’t Know Where Your Money Is Going

One of the most important parts of running a business is having an idea of where your numbers stand. You should know exactly what’s coming in and what’s going out at all times.  Businesses that outsource parts of their business like freight unloading services should have a clear picture of whether the cost is paying off. Simply put, it’s important that you know not only what’s going out and what’s coming in, but also that whatever you’re spending your money on is well worth it.

If there is no return on your investments, then there’s no point in squandering away your business’s resources on things that yield no positive outcomes.

If you’re not very good with numbers, the great news is that there are plenty of apps that can do the math for you. Otherwise, if you have the resources, you should consider paying for professional accounting services. Not only will professional accountants do the tough math for you, but often they have analytics at their fingertips which will help provide more insight into your spending.

Poor Instincts

Successful businesses rely largely on instinct. Big decisions often require spontaneous action, so it’s important that you have strong business instincts— knowing when to act and when to sit back.  A smart business owner knows to focus on the big picture and trust their instincts. Too much hesitation or self-doubt will show itself in the success of your business.

Hoarding Resources

Being frugal and being downright cheap are completely different. A penny-pinching mindset won’t do your company any favors in the long run. It’s important that you know when to be conservative with your spending decisions and when it’s important to spend money to make it.

Some business owners are so afraid of letting go of their money that their business suffers as a result of it. Remember, your business requires high-quality materials and employees in order to produce the best possible work. Cutting corners may be problematic for the growth of your business.

You may find that one or more of these suggestions is the culprit for your business’s stunted growth. By applying the right tips and staying patient, your business should be where you want it to be in no time.

The Defense Federal Acquisition Regulation Supplement (DFARS) is a supplement to the Federal Acquisition Regulation that governs the acquisition process by which contracted agencies provide services to the US Federal Government. The White House issued Executive Order (EO) 13556 in 2010 to establish a uniform program across civilian and defense agencies.

The fact remains that cyberattacks against the military aren’t uncommon. However, defense contractors can be privy to sensitive and often classified information. The worry remains that this information can be accessed via a data breach within one of these contractors.

Cyberattack patterns indicate that, for the most part, the direct contractors aren’t targeted directly; larger companies will tend to have more robust cybersecurity measures in place. Rather they are contacting the small to medium-sized businesses which these contractors are in turn subcontracting.

While the DFARS compliance services can help you meet the requirements all defense contractors need to meet to maintain a certain level of information security, many small and medium-sized businesses with military contracts frequently struggle to meet its requirements. With the consequences of a cyberattack on one side and the consequences of violating DFARS regulations on the other, how can small to midsize businesses navigate?

What DFARS Compliance Services Mean for Your Business

All prime and subcontractors for the Department of Defense (DoD) who work with CDI/CUI or have DFARS clause 252.204.7008 in their contract. If you fall into this category, you must adhere to the NIST 800-171 minimum security standards and incident reporting requirements.

You have 30 days from the time you are awarded a contract (before October 1, 2017) to submit a PoAM (Plan of Actions and Milestones) to the DoD Chief Information Officer (CIO) reporting your current DFARS compliance status. Controls that are not in compliance must be corrected as soon as possible.

Consulting DFARS compliance services to ensure you meet your requirements will help you avoid further attacks or data breaches. While you may not automatically be penalized for any breaches, you may be subject to an audit which could then result in;

• A pause on your contract until you are fully DFARS compliant
• Loss of contract in full
• Penalties for breach of contract
• A permanent bar from working with government agencies.

The harsh realities could mean the end for your SMB, and work of this kind makes up the bulk of your contracts, then failing to adhere to DFARS could be catastrophic for you. On the flip side, a full-time IT personnel team might be something you can ill afford, and that is before you factor in the cost of the infrastructure and new technology you need to keep your business fully compliant at all times.

It is also worth bearing in mind that DFARS regulations are likely to change. If you want to make sure you are in a position to bid for government contracts, it is highly recommended that you consult professional DFARS compliance services to help you understand your responsibilities and what your options are going forward.

Manufacturing has seen a huge shift in incorporating machines and technologies designed and built for smaller and more precise work. Microfabrication has played a heavy part in allowing manufacturers to invest in smaller products that can offer high-quality precision techniques to allow them to revolutionize the way they work.

Precision manufacturing entails consistently producing parts with extremely tight tolerances, typically measured in microns or 10-6 meters. This is entirely feasible when using high-quality CAD/CAM digital equipment and modern, high-speed cutting tools.

However, some other practical considerations on a small scale go beyond the equipment used because all materials naturally expand and contract due to environmental changes. As a result, controlling tolerances in the micron range can be challenging. This is true for all major manufacturing processes, including CNC machining and injection molding, pressure dies casting, and 3D printing.

Is microfabrication making larger parts obsolete?

Microfabrication offers a wide range of benefits for the role able to be carried out by smaller products. There is no denying that this offers many benefits in a wide range of industries. However, due to the decreasing size, not everything can be scaled down, and thus there remains the need for larger parts in processes.

Why? One good point is that most products must be moving freely. They must be able to slide past one another, twist this way and that, open and close, and fit with other parts. When something is overly precise, it will bind and seize. It will be unforgiving of friction and will become “out of specification” when exposed to heat, cold, dirt – even fingerprints or water vapor! It will be impossible to maintain or service, and everyone involved will be frustrated.

Furthermore, pursuing precision in one area of a part causes it to be lost in another. This is because parts must be clamped in holding fixtures while being machined, which inevitably distorts some dimensions. This caution also applies to cast or injection molded parts that require free space to be released from their dies.

Blending micro and larger parts in manufacturing

While smaller parts can be designed with tighter tolerances, in some instances, this technology can be used alongside larger parts to allow for a more efficient product and allow for options including reducing the weight of a larger product due to the precise nature of microfabricated parts taking on the role of traditional components.

CNC machining can produce high-quality parts in various materials, sizes, and shapes, but product development teams and machinists must still keep part size in mind. Large parts can be difficult to machine because they are heavy and unwieldy. It is difficult for engineers to verify the quality of minimal features on already small parts.

Both the design and manufacturing phases can be tailored to ensure the accurate and precise production of very small or large parts. You can create something incredible — no matter the size — by designing for machinability from the start and employing the aforementioned workarounds during production.

Court cases can rise and fall on the testimony of a particular person, a vital piece of evidence, or a late revelation that changes everything. This is why it is so important for both the defence and prosecution to get everything in order on their side, and to call the right witnesses to help bolster their position. Experts in every case will vary, but in every case they will play a pivotal role, and this is why they need to be called upon.

You have to make sure you do as much as possible to help ensure that you improve your case by calling the right experts to talk on a topic. Expert witnesses lend an air of gravitas to proceedings, and they can speak with authority on a number of important topics. The outcome of these cases can often rely on the testimony of these experts; here are some crucial reasons why you need them on your side. 

They Have No Agenda

Impartiality is crucial when it comes to legal matters. As Aristotle once said, “The law is reason free from passion.” Having an expert witness in your corner who has no agenda and can speak impartially on something, focusing purely on fact and reason, is a powerful thing. It is important to make sure you secure expert witnesses like this, and they can have a monumental impact on the way in which your case comes across, as well as the decision the jury makes. 

They Are Respected

Another excellent benefit of expert witnesses is the fact that they are well respected. This means that there is weight given to what they say, and their testimony is typically going to be listened to and taken notice of. This can be a very powerful thing in a court hearing, and have a major influence on the jury.

They Know What They’re Talking About

There’s a key word in the name ‘expert witness’ and this is the word that makes all the difference. Expert. There are so many different elements to a witness testimony, but hearing from someone who is an expert in their field can really help to support claims that have already been made, and help you to gain the outcome you want from this process. This is why any good NY personal injury attorney will be looking to bring some expert witnesses in as soon as they can. 

They Can Simplify Things

There are so many factors that play a role in a court case, and when it comes down to testimony the important thing to remember is that a lot of legal jargon can be tough to follow. There are many cases that are weighed down by legal and scientific jargon, and this is something that can really impact the jury’s understanding of the case. An expert can simplify things significantly, and this is really important for the future of the case.

As you can see, there are plenty of reasons why it is a great idea to make sure you use an expert witness and have them on your side. There are so many benefits to achieving this, and it can make a massive difference to the way in which you are able to improve things as much as possible. Make sure you focus on the best ways of being able to achieve this, and there are a lot of great reasons to do this right now. 

Like many professions. Information Technology (IT), is subject to a lot of misconceptions about what it is that IT professionals do. The truth is, that there is no one type of IT professional, there is a wide range of specialisms and responsibilities that fall under this job title. 

In general, though, IT is concerned with the technology and information collected and stored by computing systems and the hardware and software that makes this possible. 

An IT professional is someone who either designs, develops, installs, or maintains these systems. 

What qualifications are needed? 

There is no one route to becoming an IT professional. Some people get started at an entry-level position, without the need of a college degree learn on the job, becoming accredited and experienced in the relevant technology. 

Other roles require more technical expertise and can be studied for through traditional college courses or through technical examinations. Many more IT professionals are now pursuing degrees before entering the industry, especially if they are entering a competitive field or want to be involved in management. 

Types of IT professional

As we’ve already mentioned, the professional encompasses many roles, including: 

• Technical support – the traditional role that people may think of when you mention IT professionals. They are often found in companies providing break-fix maintenance and technical support to end-users. 
• Engineers – set up and maintain IT networks and IT systems
• Software development – designing and coding the software that runs on IT systems. 
• Web developers – designing and building the websites that we see every day. 
• Systems analyst – this is a wide-ranging tole that requires a deep understanding of both hardware and software systems and how best to use these to meet an organizations’ IT needs. 
• Cybersecurity specialist – this is a specialist that has never been more important due to the huge levels of cybercrime. Cybersecurity specialists design and secure IT systems against hacking and data loss. 

The above roles are some of the main roles you will find in the IT profession. Depending on whether they are working in-house for a specialist IT company, there are many more specialist roles that people can move into. For example, many choose to specialize in networking or unified communications, or cybersecurity. 

In-house IT managers and directors may have a less ‘ hands-on role when it comes to the hardware but work with management to assess the needs of an organization and design IT systems fit for purpose. 

Conclusion

As you can see, there is no one type of IT professional. The sector itself is extremely complex, with new technology emerging all the time. No one person can be an expert in everything, which is why there are a number of specializations that exist and why companies choose to use the services of an IT company, rather than spend large sums of money trying to hire resources in-house

One thing is for sure, the role of the IT professional will continue to evolve within organizations as the uptake of technology and the need to protect it increases even further.   

Your company is one of the estimated three thousand companies in the defense supply chain that must be CMMC certified. The question now is, which level certificate do you need to qualify for the defense contract? And the all daunting question, what does this level entail? 

There are five levels in the Cybersecurity Maturity Module Certification (CMMC). Each has its own controls requirements that need to be met. Let’s break it down:

CMMC Level 1

CMMC level 1 has 17 controls. Although it has two more controls than FAR52.204-21, CMMC does comply with all 15 FAR controls under the scope of NIST 800-717. The seventeen controls are:

1. Access control
2. Asset management
3. Audit and accountability
4. Awareness and training
5. Configuration management
6. Identification and configuration
7. Incident response
8. Maintenance
9. Media protection
10. Personal security
11. Physical protection
12. Recovery
13. Risk management
14. Security assessment
15. Situational awareness
16. System and communications protection
17. System and information integrity 

CMMC Level 2

CMMC level 2 has 72 controls, which is the 17 controls from level 1, with another 55 controls added in level 2. 48 of the 55 are part of NIST 800-717. The remaining seven controls come from various sources.

CMC Level 3

CMC Level 3 has a whopping 130 controls. The 130 controls include the 72 controls from levels 1 and 2 as well as 45 parts of NIST 800-717. The 13 controls which aren’t part of the NIST 800-717 come from different other sources.

CMC Level 4 and 5

CMC Level 4 has 156 controls, and CMC Level 5 has 171 controls. Because the NIST 800-717 only has 110 controls, the remaining controls needed to accumulate the required controls for levels 4 and 5 come from a variety of other sources:

• CIS CSC 7.1
• NIST 800-171B
• CERT RMM v1.2
• ISO 27002
• NIST 800-53

What CMC Level Do Your Company Need? 

 Not all companies need to comply with all five levels. The easiest way to figure out is by asking two questions:

1. Will Controlled Unclassified Information (CUI) be received, processed, and created by your organization?
2. Will HVA (High-Value Assets) CUI be handled by your organization? 

If you answer no to both questions, you will require Level 1 and (depending on the stipulation of the DoD contract) Level 2.

If you only answer yes to question 2, you will require Level 3 and above (depending on the stipulation of the DoD contract).

But if you answer yes to both questions, you will require Level 4 and above.

CMMC Audit 

During a CMMC audit, your organization will be required to submit a documented security strategy and roadmap demonstrating how it is improving its cybersecurity practices. 

• 15% of the NIST 800-171 CUI controls will be covered when doing the CMMC level 1 audit.
• 59% of the NIST 800-171 CUI controls will be covered when doing the CMMC level 1 audit.
• 100% of the NIST 800-171 CUI controls will be covered with the additional 20 controls from various sources when doing the CMMC level 1 audit.

Drastic measures and actions had to be taken to learn from past tragedies. A $600 billion economic loss due to Cybercrime in 2016 is a history lesson no one wants to repeat. Although just the sheer amount of controls required may look overwhelming, it is advisable to seek outside professional help. You can obtain a CMMC consultant in San Antonio, Detroit, Malibu, or any other place in the country to lessen the burden of getting the required controls for the CMC level you need.