Medical Computers Are Safer Than Traditional Computers In The Hospital

Dangerous Bacteria In Hospitals

When we discuss the prevention of nosocomial infections in the hospital—clostridium difficile (C. diff), Methicillin-resistant Staphylococcus aureu (MRSA), Escherichia coli (E. Coli)— it is important to note all the various ways these diseases are transmitted. From one medical exam room to the next, medical staff carry such diseases across the hospital. It’s already well known that medical staff need to clean the mice and keyboards of their medical computers regularly in order to kill these diseases, however this may not be enough. 

 

In addition to these diseases resisting most traditional cleaning agents, a recent preprint of a Shanghai Jiao Tong University School of Medicine paper suggests even the mousepads of medical computers harbor these dangerous bacteria. This calls into question the efficacy of traditional medical computers in general, with every peripheral potentially enabling life threatening diseases. All-in-one medical computers offer a promising solution, eliminating the need for disease carrying peripherals while operating above the level of traditional medical computers.

 

All-In-One Medical Computers: No Dirty Accessories

All-in-one medical computers differ from traditional medical computers in a number of ways, but most notably in their ability to operate without a mouse, keyboard, or mousepad; everything one needs to operate an all-in-one medical computer is localized in the actual medical computer. 

 

All-in-one medical computers feature antimicrobial touchscreens, allowing medical staff to fully utilize their medical computer without the use of a keyboard or mouse. Without these accessories, all-in-one medical computers negate the rampant growth of harmful bacteria and require less cleaning. In addition, all-in-one medical computers come with a durable antimicrobial coat to counter the potential spread of such bacteria. This coating mitigates the growth of bacteria that is transferred to the all-in-one medical computer instead of simply letting the bacteria fester and grow. With an antimicrobial coating, all-in-one medical computers are far more cleaner than their traditional counterparts while also being easier to use.

 

Easier Than Ever

All-in-one medical computers are not only safer than traditional medical computers, they are also easier to use. It may seem counterintuitive that a medical computer without a mouse, keyboard, or mousepad would be easier to interact with but in reality using all-in-one medical computers is a lot like using your own personal phone. Tasks such as scrolling, clicking, and locating information on digital medical charts becomes far less tenuous and nearly second nature. All-in-one medical computers are as easy to use as they are safe, and allow your medical staff to focus solely on their patient’s well being instead of whether their interactions are causing said patient to become more ill.

 

All-In-One Medical Computers: Safe And Easy

With new information coming out every month showcasing how common hospital items can actually harbor dangerous bacteria, staying up to date is more important than ever to mitigate nosocomial infections. All-in-one medical computers offer a compelling solution to the problem of computer accessories harboring such bacteria, eliminating bacteria growth and making the job of medical staff far easier.

Fanless Industrial PCs For Every Sector

Industrial PCs have come a long way since their original implementation, and the rise of the internet has made these Industrial PCs both invaluable and necessary tools for every industrial sector. In a time where productivity is falling in the factory setting, the concerted use of industrial PCs to create smart factories is proving to be even more necessary, and may very well help save U.S. manufacturing. One of the biggest problems with creating a smart factory is the very same thing that makes them possible: the implementation of industrial PCs in nearly every aspect of a factory. 

 

Simply put, not every Industrial PC is capable of being deployed in any location in a facility. While many Industrial PCs do just fine sitting in the office or above a conveyor belt, they may falter in environments where actual production occurs. Fanless Industrial PCs offer a compelling solution to this conundrum, surviving and thriving in the bowels of chemical, automotive, and even material industrial facilities. 

Rugged Mini E3 Industrial Computer

Fanless Industrial PCs Go Where Others Cannot

Transforming your industrial facility into a smart factory requires much more than giving all your employees the latest smartphone. A smart factory requires a network of sensors, microcontrollers, trackers, and most importantly Industrial PCs across the entire facility to truly make the differences seen by the early adopters of such strategies as previously described. Fanless industrial PCs help achieve this goal by going where other industrial PCs cannot. Fanless industrial PCs, like the Rugged Mini E3 from Tangent, feature a passive cooling system devoid of openings. Without a gaping opening that constantly circulates air through their enclosures, fanless Industrial PCs are able to operate in environments where dust, liquids, and metal shavings are a fact of life. 

Rugged Mini O
Rugged Mini O

Less Maintenance, More Productivity

Keeping your Industrial PCs up and running is crucial to the smart factory mission, and the longer it takes to maintain your industrial PCs the less productive they are. Fanless Industrial PCs, like the Rugged Mini O from Tangent, require significantly less maintenance than their fan-based counterparts as their solid enclosure does not let pollutants in, keeping their delicate components safe. What’s more, dust build up promotes component overheating, leading to a decrease in Industrial PC lifespan and in severe cases can fry the CPU, rending the entire Industrial PC useless. Fanless Industrial PCs bypass this problem entirely, letting your IT staff worry about the big picture, not dusting schedules.

Mini C1 Industrial Computer

Fanless Industrial PCs: No Compromise

Fanless Industrial PCs may lack fans, but they make no compromises when it comes to surviving the most extreme temperatures. Whether near a forge or in a refrigerated facility, fanless industrial PCs like the Rugged Mini C1 from Tangent are capable of withstanding temperature ranges from as cold as  -40°F to as hot as 144°F with ease. Truly, fanless industrial PCs are the glue that can hold your burgeoning smart factory together, going where other industrial PCs cannot.

AutoCAD RAM Requirement

How Much RAM Do I Need in My Industrial PC?

When shopping for new industrial PCs, there are many important factors to consider. CPU age and clock speed, hard drive space, and availability of I/O ports are all crucial considerations to make when deciding on the equipment that will keep your facility running in the years to come. But one critical, and usually overlooked, aspect of industrial PCs to consider when purchasing a new setup is the amount of random access memory (RAM) they contain.

 

What Is RAM In An Industrial PC?

When we think of an Industrial PC, we like to imagine one tower that does everything itself. But this is actually not the case, and even in the smallest microcontrollers different components make up the larger computer. RAM serves a secondary storage for your computer alongside your hard drive, but has a specific task. Instead of saving data such as programs and files on a long term basis, RAM is actually empty when the computer is not in use. When you use a program, such as autoCAD, Premiere Pro, or even SOLIDWORKS, on your industrial PC the program is copied from the hard drive to the RAM. Hard drives have a certain amount of data they can transfer around the Industrial PC every second, and RAM has a much higher rate of data transfer; Therefore RAM allows for programs, files, and data in use to be easily accessed by the industrial PC for immediate use.

Rugged Mini E3 Industrial Computer

How Much RAM Do I Need In My Industrial PC?

While everyone’s industrial PC needs vary, a good rule of thumb when looking at RAM is: The more, the better. There simply is no real drawbacks to having as much RAM as possible, as more RAM allows more programs, files, and data to be in use at once on your Industrial PC. However, there is a minimum amount of RAM for many programs that should be beared in mind. For instance, SOLIDWORKS requires a minimum of 16 gigabytes (gb) of RAM to function and 32 gb to work optimally. The Rugged Mini E3 from Tangent can be configured to both a 16 gb and 32 gb amount of RAM, enabling this industrial PC to function as a standalone SOLIDWORKS workstation or general use station. Every program should have a minimum system requirements section listed on its software page which will tell you how much RAM is needed for the program.

 

Why Should My Industrial PC Have More Ram Than It Needs?

As technology progresses, the file sizes of programs are getting bigger, and require more computing power to handle. SOLIDWORKS now recommends the use of solid state drives over hard drives due to their significantly faster data transfer speeds. Having more RAM than is required for programs is an easy way to future-proof your industrial PC purchase. In the short run, a larger pool of RAM allows your industrial PC to multitask, running multiple industrial software at once. In the long run, your industrial PC will still be able to handle the new, updated industrial software without needing an upgrade itself.

 

RAM In Industrial PCs

Whether you put the maximum or minimum amount of RAM in your industrial PCs, it is important to understand what RAM does and make an informed decision on the matter. Tangent industrial PCs have a wide range of RAM options, from 4gb up to 32 gb, allowing you to make the best decision possible for your facility.

Medical All-In-One PCs Can Greatly Aid Early Detection Efforts In Hospitals

How Touchscreen Computers Can Aid Early Detection Efforts

Cardiovascular disease (CVD) and cancer are two of the leading causes of death globally, and the combat of these conditions is critical to improving general public health. The best methods of treating such diseases rely on the early detection of these medical issues, which is not always possible. Early detection efforts can be stalled by a lack of available medical personnel, slow medical computers, or a combination of both. However, a study by Yoong SL, Carey ML, Sanson-Fisher RW in BMJ Open sheds light on a promising technology that can aid early detection efforts: 

Tangent CL24 Touch Screen Medical LCD Monitor
Tangent CL24 Touch Screen Medical LCD Monitor

Touchscreen Medical Devices

The study found that a rise in the prominence of touchscreen computers, such as those featuring medical LCD monitors, increased the potential of these technologies to assist in health risk factor assessment as well as the delivery of healthcare advice. Patients and doctors found the use of touchscreen devices, such as medical lLCD monitor enabled touchscreen computers, to be of great use in taking down patient information, and it’s easy to see why.

 

Touchscreen Medical LCD Monitors: Built For The Hospital

The study sought to uncover whether or not both patients and doctors were comfortable with the use of touchscreen medical devices to take down information, as these devices prove to be a fast way of digitizing patient information. The simple reason that medical LCD monitors are valuable tools in aiding early detection efforts is the fact that they are built for the medical space and allow doctors the ergonomics of a commercial tablet and the compliance of medical grade equipment. Medical LCD monitors are IEC 60601-1-2 4th Edition Certified for use in the medical setting, and feature an antimicrobial enclosure that negates the growth of harmful pathogens. When using medical LCD monitors, the only thing doctors have to worry about is their patient’s well-being.

Many Sizes Of Medical LCD Monitors To Choose From

The study suggested that the small form factor of touchscreen medical devices allowed for robust and mobile use in early detection efforts, and there is good reason why. Touchscreen medical LCD monitors come in many different sizes to fit every need in the medical setting. Tangent’s lineup of medical grade tablets feature similar touchscreen medical LCD monitor displays that allow them to be used in such a mobile manner. Even Tangent’s desktop based medical grade computers feature touchscreen medical LCD monitors that allow for these all in one PCs to make full use of their innovative design, allowing doctors to easily access patient information with just a touch. Of course, all of these medical LCD monitor based computers and tablets are IEC 60601-1-2 Certified and feature antimicrobial enclosures.

 

Early Detection Made Easy

Early detection efforts are crucial to creating a safer, healthier world. Touchscreen computers like those featuring medical LCD monitors are one way to expedite the early detection process, potentially saving lives, and time, in the process.