Medical computers by Tangent are also Antimicrobial computers

The Importance Of Antimicrobial Medical PCs

We all like to think of hospitals as places in society where people go to get healthier, and for the most part this is true. However, this is not always the case as hospitals can inadvertently become breeding grounds for harmful diseases. The CDC estimates that each and every day, 1 in 31 hospitals will see a healthcare-associated infection (HAI).

Coinciding with a decrease in the viability of antibiotics, HAIs can turn hospitals into hazardous areas for those who are prone to infection. Often, these same individuals are the ones most in need of a hospital’s services. So what can be done?

Antimicrobial Computers Offer A Compelling Solution

While there’s no one-size-fits-all solution to HAIs, antimicrobial computers offer one way to minimize the risk of such infections from occurring. Antimicrobial computers are medical computers that are coated with an antimicrobial treatment. This coating causes the medical computer to be deadly to harmful bacteria, much like how the natural properties of copper make the metal germ-phobic. Typically, every medical computer is an antimicrobial computer, but it is important to check beforehand if this is the case. Luckily, at Tangent all of our medical computers are antimicrobial computers and UL60601-Certified.

Are Antimicrobial Computers Safe?

Antimicrobial computers are not only safe, they are some of the safest medical computers out there. Their antimicrobial coating prevents bacteria from breeding and growing on the medical computer’s surface without being harmful to doctors and patients. Antimicrobial computers are perfectly safe to touch, which is one of the reasons why Tangent’s lineup of medical grade computers are all touchscreen enabled. This allows doctors to use these antimicrobial computers without worrying about the bacteria on their hands. Unlike computers reliant on mice and keyboards, antimicrobial medical computers will not become breeding grounds for bacteria.

Are Antimicrobial Computers Easy To Clean?

Not only are antimicrobial computers easy to clean, they are built to be cleaned! While other computers and computer monitors require specialty cleaning agents in order to not be damaged, antimicrobial medical computers are able to be cleaned with traditional cleaning supplies. Regular cleaning does not remove the antimicrobial coating either, ensuring that these medical computers last well past their warranty. What’s more, antimicrobial computers mitigate the growth of harmful bacteria on their surface, meaning that with a cleaning they become nearly germ free.

Antimicrobial Computers: Reduce Your HAIs

If reducing the amount of HAIs in your hospital is a priority, then antimicrobial medical computers may be the solution you are looking for. These advanced medical computers come in various sizes and styles, and can quickly and easily become an indispensable tool for your facility.

 

How To Better Use Your Medical Grade Computer

How To Prevent Critical Electronic Health Records Mistakes

There’s no doubt that medical grade computers have made hospitals safer, more productive environments to treat patients. From their antimicrobial coating which mitigates the growth of nosocomial infection causing bacteria to their robust IP certified water resistance, medical grade computers have made a lasting impact on the quality of care provided to patients.

 

Sadly, the same cannot always be said about the software running on these devices. The misuse of medical software such as Electronic Health Records (EHR) can lead to shockingly wrong results. While neither the fault of the software or medical grade computer, mishaps by untrained medical staff using such tools can lead to dangerous outcomes. Here are a few tips to help medical staff prevent errors while using software on their medical grade computers.

 

Be Aware Of Default Settings On Your Electronic Health Record Program

Every EHR program running on a medical grade computer is different, but many have the same features. One similarity that goes unnoticed is their use of default settings and inputs for entry fields. Just like how a website may have a random date filled in for your birthday when signing up, some EHR programs have default numbers filled in for various entry fields. A default drug measurement setting may be present on your EHR program, either by the software provider or your IT department. Make sure that both you and your medical staff are aware of this , as it is entirely possible that they assume the default measurement is correct, and accidentally mis-prescribe a patient.

 

In addition, an unclear medication list present on your EHR program can similarly lead to mis-prescriptions. Medication lists that are hard to read, uninformative, or lack dosing information can lead to medical staff assuming that they are prescribing the correct dosage while in fact doing the opposite. 

 

Train Your Medical Staff Rigorously

EHR programs running on medical grade computers are meant to aid physicians and medical staff, not harm them. While there are problems with these programs, they come from a lack of knowledge and training surrounding the programs. Educate your staff on the presence of default drug measurements, and have your IT department update the default setting to a nonviable integer (such as 0) if possible. Creating a detailed medication list that is both informative and easy to read can also greatly improve EHR usability on medical grade computers. Above all, make sure your staff is regularly refreshed on how to use their EHR program and medical grade computer to their full potential.

 

Avoid Critical Mistakes

Mistakes in the hospital carry consequences not seen in any other sector, and should be avoided at all costs. Making sure that your medical staff is trained to the fullest extent on the use of EHR programs is crucial to providing quality care to patients. Medical technology has always been a force for good, and it is important to treat EHR programs as the medical tools that they are.

medical grade PCs

Preventing Infections In A Post-Antibiotic World

The Center for Disease Control And Prevention just released a 2019 AR threats report titled Antibiotic Resistance Threats in the United States, with some startling findings for the calendar year. The report found that 2.8 million antibiotic-resistant infections occur in the U.S. every year, resulting in 35,000 deaths. That’s nearly 1% of the U.S. population succumbing to an antibiotic-resistant infection every year, and a death every 15 minutes. The report goes on further to suggest, “Stop referring to a coming post-antibiotic era — it’s already here.” Keeping hospitals sanitary has never been so important, as reducing infections increasingly becomes the surest way of preventing antibiotic-resistant infection fatalities.

While the findings of the 2019 AR threats report are worrisome, there are ways you can help prevent antibiotic-resistant infections from occurring in the first place. High traffic locations in hospitals are prone to bacterial buildup, and these areas should be cleaned as regularly as possible. Similarly, medical computers constitute one of the most widely used tools in the medical setting, and can quickly become hotbeds for bacterial growth. Choosing the right medical computers for your hospital can drastically reduce the spread of bacteria via medical staff.

 

Medical Computers With Antimicrobial Enclosure

From medical assistants, nurses, and doctors, medical computers can change hands between multiple hospital staff members throughout the day. Each time a member of the medical staff interacts with a new patient, they are potentially spreading antibiotic-resistant bacteria to both the patient and other employees via medical computers. Ensuring that your staff’s medical computers have an antimicrobial enclosure is one way to keep this potential spread to a minimum. Antimicrobial enclosures feature an antimicrobial agent that clings to the surface of the medical computer, mitigating the growth of bacteria and helping reduce the chance of infection.

 

Fanless Medical Computers

Not all medical computers are created equal, but all medical computers should be fanless medical computers. Fanless medical computers, like the Medix T24B have passive cooling technology that allows them to regulate their temperature without the use of a computer fan. Unlike traditional fan-cooled computers, fanless medical computers do not circulate air inside them. This means that fanless medical computers do not build up dust, pathogens, and other contaminants inside their enclosure. If not cleaned out, the insides of traditional computers can become a breeding ground of bacteria, as more dust and dead skin cells find their way in and stick. Fanless medical computers offer a cleaner, safer way to provide medical computing power in the hospital setting.

Water Resistant Medical Computers

One critical feature of medical computers is the ability to repel liquids. This allows for medical computers to be cleaned regularly with cleaning agents, without damaging the sensitive components within. Medical computers like the Medix KW Line from Tangent feature an IP54 certified water resistant front panel, allowing for the touch screen to be cleaned without damaging the antimicrobial enclosure. The combination of an antimicrobial enclosure and water resistance allows for medical computers to be the last thing you have to worry about causing infections in the hospital.

With a person dying every 15 minutes from an antibiotic resistant infection, it is time hospitals took the prevention of such diseases as seriously as possible. Medical computers from Tangent can help reduce the spread of bacteria in one of the most trafficked areas of hospitals.

AI Medical Doctor

Will AI Replace Doctors In The Near Future?

Every day there seems to be a new artificial intelligence (AI) that can compare our faces to celebrities or swap faces with friends. But recently the New Yorker published a story about how AI could one day take over the news rooms, and the implications of such a feat. AI are becoming increasingly complex, as their capabilities and level of intelligence increase beyond mere entertainment value and into labor value. Given the upward trajectory of AI intelligence, could AI one day take over the medical field, replacing both doctors and medical grade PCs entirely?

 

Can AI Replace Doctors And Medical PCs?

To answer this question, we first have to take a look at what exactly an AI is. Large AI are typically programs on custom built PCs that unlike normal programs, are not created to perform input output operations, but rather to ‘think’ about operations to produce an output. This is how AI filters that can swap faces in real time work, by thinking about what a face is and how they should be swapped instead of merely copy and pasting two faces. Medical grade PCs, on the other hand, typically rely on traditional software for the role of computing power and use Doctors and other medical staff to do the thinking for them. This is where the potential for AI to replace Doctors creeps up, as in theory a sufficiently powerful AI could do the thinking of a Doctor and the operating of a medical grade PC.

 

Are AI more Developed Than Medical PCs?

While this may seem like a scary notion for medical personnel, the good news for them is that medical AI are not as developed as they are marketed as being. The most famous medical AI would have to be IBM’s Watson, which IBM touted as learning how to be the best AI doctor after it successfully displayed its thinking power by winning Jeopardy in 2011. However in the years since, IBM Watson’s delve into the medical field has been over ambitious. In reality, IBM Watson’s capabilities are more in line with being a useful AI powered tool that doctors can access on their medical PCs rather than a complete replacement.

 

One of the reasons for Watson’s failure stems not from the actual AI, but how it(and AI in general) are marketed. AI, despite popular conception, are not actually all that intelligent. In reality, AI are normally trained by teacher programs to pick up on pattern recognitions. They are rewarded or punished for picking answers, and over time learn to pick up on which answers are right. For instance, the AI filter for face swapping probably had to learn to recognize a face in still images, then in video before it even began learned how to swap them. AI like Watson are marketed as learning computers, implying an active learning approach, when it’s more as though they are taught computers.

 

Combining AI And Medical PCs

However, this isn’t to say that AI does not have a valuable place in the medical setting. Medical PCs with access to medical AI can be a great tool for doctors and medical personnel. Researchers from NYU School of Medicine and the NYU Center for Data Science performed a study on the ability of AI to add value to medical diagnoses made by radiologists. What they found was that AI could detect cancer related patterns that the doctors could not, but also that doctors would find patterns new to the AI. In this way, the study suggested that AI tools on medical PCs could help augment medical staff rather than replace them.

 

Medical PCs, Doctors, And AI Working Together

While it may seem like medical AI are the next step in the evolution of Medical pcs, it’s more fair to say that they are the next iteration of software for medical PCs. Large AI, like IBM Watson, are making headway in learning how to diagnose and recognize the patterns of symptoms, and this can directly benefit doctors in many ways. However, relying solely on AI to make these decisions is not reliable. Using AI powered tools on medical PCs is a solid middle ground for the current state of AI, allowing doctors to get second opinions on x-ray images and to make sure their mistakes are kept at a minimum. A combination of doctors, medical AI, and medical PCs can help keep your hospital at the cutting edge of technology while making sure that diagnoses are safe and accurate. Medical PCs from Tangent are are at the edge of medical PC technology, and can help your hospital prepare for the use of AI tools.

Medical Computers

Medical Computers for Major Hospitals

When computers were first introduced into the medical setting, they were still something of a luxury. Today, computers are an invaluable tool for providing patients with safe, secure, and quick care. While there are many different types of computers, computers used in the medical setting should be medical computers.Tangent medical computers come in many variants, each designed to meet certain needs in the medical setting. 

Medical Computer
Medix KW 22 Medical Computer

All-In-One Computers

When it comes to versatility, Tangent’s line of all-in-one touchscreen medical computers are unbeaten. With VESA 75 standardized mounting, all-in-one touchscreen computers such as the Medix KW Series can be placed or mounted in any setting. The widescreen display of the Medix KW allows for more information to be available on screen at any given time, and the 4-wire resistive touchscreen ensures that you can access files with ease.

Tangent all-in-one touchscreen computers are Ul60601 certified, meeting rigorous medical safety standards. As a result, Tangent medical computers are antimicrobic, meaning that they prevent the growth of bacteria on their surfaces. The prevention of harmful pathogens like MRSA and Hepatitis from lingering on the computer screen allows doctors to focus more of their energy on their patients, and less on worrying about the medical computers aiding them.

Medical Computer
Medix E22B Medical Computer

Medical Cart Computers

When it comes to workstations on wheels and medical carts, medical cart computers offer the best mobility to power ratio. Like the all-in-one medical computer, medical cart computers from Tangent are UL60601 certified antimicrobic and sport responsive touch screens. However, models such as the Medix E22B medical computer feature hot-swappable batteries, and can run 24×7 without needing to wait for a charge. Simply swap out a dying battery for a fully charged one, and the Medix E33B is ready for the next eight hours.

Medical Tablet PC
Medix T13 Medical Tablet PC

Medical Tablet PCs

When you’re on the move through the hospital, Tangent medical tablet PCs ensure that you’ll be connected to all your patient’s information. Featuring a convenient carrying handle, the 

Medix T13 medical tablet is an incredibly portable tablet with a powerful 8th generation intel CPU. The Medix T13 comes equipped with an antimicrobial housing, hot-swap batteries, and a magnesium chassis that is 33% lighter than aluminum yet still delivers an impressively high strength-to-weight ratio. 

Tangent's Medical LCD Monitor
Tangent’s Medical LCD Monitor

Medical Monitors

When a room is fitted with an all-in-one PC but needs a secondary screen, medical monitors from Tangent play a critical role. The Touch Screen Medical LCD Monitor from Tangent provides a second full-touchscreen monitor to a medical computer, one that can be mounted on a point-of-care cart, desktop, or arm. The Touch Screen Medical LCD Monitor can fit either VESA 75 or VESA 100 mounts, allowing it to be placed in virtually any situation that it is needed. Just like the medical computer it is attached to, the Touch Screen Medical LCD Monitor from Tangent has an antimicrobial enclosure.

 

There is no one-size-fits-all medical computer that can complete every task, after all the operations of a medical cart are vastly different than that of the exam room. But with Tangent’s array of medical computers, you can be sure that all your hospital’s computing needs will be met. From all-in-one pcs to medical tablets, Tangent’s wide variety of available medical computers ensures that you have the right computer, at the right place, at the right time. 

Medical Computers

Tangent Covers All Bases in PC Needs

The average company doesn’t typically replace their computers all at once in a mass hardware refresh. Over years of use, certain models are phased out for newer ones or replaced because of age. And as business processes change and newer software suites require specific system configurations, a wide assortment of computer systems tend to be introduced to the organization. A single type of PC or laptop doesn’t usually suit the needs for all workflows and users, especially in larger enterprises. With such a variety of hardware needs, the lives of the folks in an IT purchasing department are made incredibly easier when they have a single trusted supplier of computer solutions and services.

 

Medical PC
Medical Grade 24″ Computer

Tangent offers dozens of types of computers in a variety of sizes ranging from large 24” medical grade all-in-one PCs to powerful tablets to the most minuscule of rugged industrial mini PCs. They are designed to excel in durability, longevity, and performance in most any working environment. Because business doesn’t just happen in corporate offices, Tangent pours its attention into all types of potential work settings and use cases, whether it be a video editing system in a news van or a data entry computer in a clean room. Tangent’s medical all-in-one PCs are largely designed for use in the healthcare industry but are excellent for any organization that needs protection from environmental infection control and isolation precautions. Their line of business all-in-one PCs are perfect as clean, efficient workstations in places like call centers, home offices, internet cafes, libraries, and more. And if space is a concern, a mini PC is a good consideration.

Rugged Mini Computer
Rugged Mini O

A mini PC is perfect for small spaces like in vehicles, tractors, and airplanes, or for use as a timeclock or as an outdoor computer. All of the computers in Tangent’s product line are easy to sanitize and boast a long useful life due largely to a fanless operation and IP rated protection against contamination and water ingress into the system. The mini PCs have the added benefits of being shock and vibration proof and being able to withstand operating temperatures of up to 158 degrees Fahrenheit. They are excellent for video monitoring systems, factory automation systems, or as network controllers. As different as the purposes for Tangent’s all-in-one and mini computer systems can be, they are both built to provide the best in performance, reliability, and flexibility. 

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Maintain a Healthy Workforce with Tangent

Promoting clean and sanitary work areas isn’t just incredibly impactful in medical settings. Illness costs US employers $530 billion per year in lost productivity, per a 2018 report from the Integrated Benefits Institute (IBI).  Thomas Parry, IBI’s President says that the cost of poor health to employers is greater than the combined revenues of Apple, Amazon, Microsoft, Netflix, eBay and Adobe. Although illness and sick days are inevitable in a workforce, there are measures that businesses can take to mitigate the spread of germs and infection in their offices. Tangent offers several solutions to bolster healthy habits and reduce easily preventable ailments.

The L24 24” all-in-one desktop computer is the latest offering from Tangent’s business computer series. Being an all-in-one system already cuts down on cluttered desktop space and dust gathering on components and cables. Unlike most desktop computers, the all-in-one PC is treated with an antimicrobial coating that helps prevent the spread of bacteria and the growth of mold spores. The coating has the added benefit of preventing degradation of the plastic materials, giving the computer’s enclosure a longer life and the resilience to stand regular cleaning.  Speaking of cleaning, this all-in-one PC’s enclosure is also rated at an IP65 level of protection against water and dust intrusion. The screen can be sprayed with sanitizer and wiped down without any adverse effects. The L24 comes with both touch and non-touch screen models to best suit business needs. For those requiring touchscreen, the ability to thoroughly clean the screen is monumental to healthy utilization.

Businesses that prefer a traditional mouse and keyboard setup will also need antimicrobial protection and disinfection. For those use cases, Tangent offers antimicrobial, washable keyboards and mice. Most workplaces don’t give a second thought to all the bacteria, old food, and grime on these peripheral devices, but they can be the difference between a productive day or someone calling out. These antimicrobial treated items are an excellent complement to the L24 all-in-one PC.

If a business only has a few antimicrobial protected all-in-one systems deployed but wants to apply protection to their remaining systems, Tangent also has a solution for that. SmartShield is a spray that provides an invisible antimicrobial barrier on computers and components for up to 90 days. It’s easy to apply, eco-friendly, binds safely to any surface, and sets in 3-5 minutes. It’s a wonderful temporary work around until the organization can invest in fully protected all-in-one PC solutions that don’t need to be re-sprayed every few months. It’s quite brilliant how easy it is to prevent illness in an office setting simply by providing computer equipment that will combat infection. It’s an investment that will boost business productivity and have a healthier, happier workforce.

A Medical Grade Family of Products

Medical Grade Family of Products

Integrating technology into hospital workflows has been massively transformational to a great many health care systems and providers.  An article from Healthcare IT News discusses how a hospital in New York was able to leverage technology to monitor patients and reduce transfers to the ICU by 63%. Staff at Saratoga Hospital were taking patients’ vital signs that were manually logged into the electronic health record to be assessed by nurses. This manual process made it slow and difficult for nurses to identify flags that a patient was deteriorating and needed intervention. Because of this, many patient’s states were degrading to the point of needing to go to the ICU. Through the use of the newly installed patient monitors, data was input directly into the EHR, reviewed by nurses with far more efficiency, and care was provided in a much more timely manner. With that, patient transfers to the ICU plummeted.

Patient monitors can come in a variety of applications and installations. Quite often you will see a mobile cart or a retractable swing arm on the patient’s room wall. In work areas, the PCs can be mounted directly onto the wall for ease of use in small offices. Mountable industrial PCs are versatile, modular, and powerful machines for both hospital and industrial settings. Tangent takes a holistic approach to providing whole project solutions for mountable industrial PC setups; they offer a variety of both industrial and medical computers, and mounting options for them to suit the unique requirements encountered at each patient care facility. Tangent offers easy fold IT stations, arm workstation systems, variable height mounting solutions, and monitor arms that can handle dual monitors. Tangent’s cart solutions range from top of the line, smartly featured, inductive charging mobile workstations, to lightweight, uncomplicated stands. Each product is tested to be durable, reliable, and versatile.

 

Medix C24 Medical Computer
Medix C24 Medical Computer

For hospital environments, a medical grade mountable PC is perfect to help ward off infection and provide features clinical settings most often desire. The C-series from Tangent ranges from 17” to 24”. With VESA mounting options, they can be installed on most any carts, arms, walls, or used with an optional stand as a desktop device. The same type of mounting options are available for many of Tangent’s industrial grade PCs. The computer in a clean room doesn’t need an antimicrobial coating as with the PCs in patient areas, it needs to be able to be washed with solutions and hot water for complete sterilization. Be it with patient monitoring systems or with automating hospital inventories, replacing manual processes with streamlined tech solutions is proven to create drastic improvements in safety, patient care stats, and efficiency.

 

Medical Computer Excellence

5 Ways Medical Computers Excel over Consumer PCs

5 Ways Medical Computers Excel over Consumer PCs

 

There’s a good reason why the healthcare field is one of the most heavily regulated industries with the most oversight. When it comes to patient care, painstaking efforts are necessary to protect everyone at a medical facility including staff and visitors. Everything including medical equipment needs to meet strict criteria in order to be certified for hospital use from the spread of contagion and harmful pathogens. The following list elaborates on just a few of the features that really set a true medical computer apart from your standard consumer PC.

 

  1. Antimicrobial Coating

Antimicrobial protection on medical computer surfaces is achieved with additives that are baked right into the plastic of the enclosure. These additives have been proven to have long-lasting effectiveness in combating fungi, bacteria, molds and spreadable pathogens. Both the casing & screen of the Tangent’s medical computers have antimicrobial material which prevents germs from growing, lowering patient infection rates. Proper cleaning of the computer equipment helps prevent MRSA, CDIFF, and Hepatitis from growing and spreading. The antimicrobial coating also has the added benefit of minimizing odors, staining, and degradation of  the surfaces where it is applied.

     2. UL/IEC60601-1 Certification

Having a UL/IEC60601-1 Certification demonstrates that a medical computer has been rigorously tested and guaranteed to be protected from electrical frequency leakage, making it safe for use near patients and staff. The medical computer’s certification also indicates that it is shielded and will not interfere with other sensitive medical equipment in the vicinity.

     3. Smart Card Readers, RFID,  Barcode Scanners, Etc

Tangent’s medical computer line has a variety of options that provide many benefits to the clinical work space. An in-system smart card reader allows for secure login and user identification, as well as accept credit card payments. Bar code scanners are great for quickly scanning patient wristbands and medication for either checking in, checking out, or tracking inventory of hospital assets. RFID also provides a fast and easy way to track assets or locate people or equipment within a facility.  Having accessories like these built into a medical computer saves on time and cuts down on wires and attachments that can be lost or stolen.

    4. Hot Swap Batteries/Internal Batteries

Disaster recovery is a main staple of a medical facility’s preparedness package. When there’s a power outage, patient’s lives can be at risk. Hot swappable batteries in some of Tangent’s medical computers can provide up to 10.5 hours of runtime without any interruption. This can be a literal lifesaver during periods of severe power loss.

    5. Fanless Operation

Longevity, reliability, and strong performance are requisite of any medical computer. An excellent advance for computer technology was the introduction of the fanless computer. With no moving fan parts, the system has fewer components that can wear out and fail. In addition to that, a fanless system will not collect dust and contaminants inside of it or blow it around in the air. People with sensitive systems or allergies certainly appreciate that.  

serial ports blog

Serial Ports, A Dated Yet Necessary Feature

Serial Ports, An Included Legacy Component

With as much new technology that Tangent packs into their all-in-one medical computers, one does not expect to see any sort of legacy components included. However, if you look at the I/O ports on the back of the Tangent M24T medical computer, something surprising is present: three RS-232 DB9 ports. For those of us that are not polished up on our knowledge of every serial port that ever existed, the RS-232 is a standard computer serial port for communication that dates back about five decades, and was used for a wide array of purposes like connections to modems, printers, mice, data storage, circuit protection, connectors, optoelectronics, passive components, uninterrupted power supplies, and more. This is all fine and dandy, but the questions still stand. What are serial ports from the 60s doing on new computers? What does this have to do with medical standards? Why don’t they just solely use USB?

Well, simply put, medical devices have varying ways of providing data to computers. Most still have uncomplicated serial ports, while newer ones have HDMI, ethernet or USB ports, depending on the protocol being used for communication.  A true medical computer needs to be able to fit the requirements of each medical device it’s connected to, as well as the clinical workflows of the medical facility and that particular care center’s IT environment. And the old RS-232 interface is an attractive alternative to the more temperamental digital interfaces for many medical device manufacturers because it’s robust, consistent, and easy to use. The adage of “if it’s not broke, don’t fix it” applies heavily for the serial port standards in a great number of devices. Tangent’s dedication to providing convenience and value to medical care providers led to the inclusion of the trusted legacy ports. The M24T medical computer is able to connect to a kidney monitoring device, an ultrasound device, and a patient monitor using the serial ports, and still have 6 USB ports and an HDMI port free for other uses.

All the newer, fancy bells and whistles are bundled up into this incredible medical computer as well. It features a 24 inch PCAP touchscreen monitor, an Intel 6th generation Core i Series, fast memory up to 32GB, and high-performance NVMe storage. The M24T medical computer also has fanless cooling by way of heat pipes, it’s own internal speakers, and optional webcam and RFID. The medical computer has an uninterrupted power supply battery for up to 30 minutes of operation during a power loss event, and of course, is factory treated with an antimicrobial coating to ward off the spread of infection from bacteria or mold.

It’s easy to dismiss older technology as useless and disposable, but in the medical world, efficiency and consistency in the face of emergency situations often wins out over the new and questionable. Yes, strides are being made to upgrade older hospital systems to modern standards, but change in these sorts of environments can be slow. With so many devices still relying on legacy ports, it makes sense that medical computers still cater to their needs.