Healthcare Success Stories & Case Studies

After their prior supplier went out of business, Kingsway Community needed a new documentation and record-keeping platform for their senior living and assisted care community.

Image Monitoring needed a high-quality medical computer to support adapting imaging and diagnostic systems to the demands of the American market.

Tampa General Hospital’s radiology department needed a lightweight and ergonomic computer solution for their technicians as they moved throughout the hospital campus.

CorVascular needed a reliable, consistent, and medically-certified computer for their peripheral vascular disease diagnosis machines.

Mississippi VA faced several technology inefficiencies in their caregiving environment, primarily due to previous setups involving laptops and Chromebooks.

The primary challenge Halo faced was finding computers that matched their criteria for affordability, reliability, and specificity without compromising on performance.

Memorial Health needed reliable, cleanable HIPAA-compliant computers & efficient delivery. They sought mobile charting solutions - affordable, large-screen laptops on lightweight carts.

After facing some supply chain issues brought on by COVID, they realized their system is not sustainable since they're dealing with multiple suppliers, and if anything happens to them they'll have distribution problems.

UWH was experiencing hardware failures in the computers running their patient monitoring system. They knew they needed a change and had a specific set of requirements. Most importantly, they needed a Power over Ethernet computer.

After a decade in the field, Lifelines Neuro was looking to upgrade their Trackit V at-home EEG device to utilize a more robust tablet. There were a number of specifications that needed to be met in order to be approved for use.

ID Solutions needed to find a hardware partner that understood the healthcare space and could provide them with a medical grade device to power their turnkey telemedicine carts.

Intramedical Imaging was updating their cutting edge device, the Node Seeker 2000. They needed to find a medical grade tablet capable of powering the device that would help them earn MDSAP certification for global distribion.

Endotronix was looking for a "brain" to run their PA Pressure Sensor System. They needed a medical grade computer that could help them pass FDA approval with a number of other must have features built in for a successful trial.

Regional Medical Center of San Jose was looking to replace the laptops they were using for their barcode medical administration workflows. They needed better battery life and a bigger screen at an affordable price.

Midwest Health was experiencing massive failure rates of the computers mounted on their medication dispensing carts. They needed to find a medical grade replacement that was more reliable.

Flashback Technologies had created an algorithm to help clinicians better predict outcomes of patients who had suffered traumatic blood loss. They needed a hardware partner that could bring this technology into the field.

South Peninsula Hospital in Homer, AK wanted to improve its patient care by providing clinicians with the opportunity to do bedside charting in real-time. This would require an entirely new IT hardware set-up, however.

Being battery powered, Baker County’s carts were very bulky and hard to wheel around the facility. Not only that, the team reported that nearly every two to three months they would suffer a breakdown and require a replacement.

Royal Orthopaedic hospital had been using the same computers for the past ten years with some rather poor results. Units that were constantly breaking down paired with unresponsive customer service created an untenable situation.

Medpod needed to find a medical grade monitor that already had 60601-1 certification to serve as the head unit for their latest telemedicine carts in order to facilitate FDA approval for their devices.

Houchin Community Blood Bank had decided to upgrade their blood bank computer systems, requiring new hardware. The hardware needed to properly run their software and have the rugged construction to survive in the field.

The team at Bravera Health, Spring Hill was using standard, very heavy battery-powered Ergotron carts with entire desktop computers outfitted onto them, and these delivered a host of issues. 

TooSonix had the experience and technical prowess to conceptualize a medical device that would revolutionize the dermatology space. What they needed was a medical computer capable of turning that vision into a reality.

Bear Valley Community Hospital needed what many hospitals need in the current day: a portable, powerful, lightweight medical computer cart system for their team of dedicated clinicians and nurses.

Saudi German Hospital Ajman (SGHA) was looking for portable medical devices that could capture information on the go at the patient bedside. This would allow clinicians to retrieve and record patient data more efficiently.

CONA was trying to streamline workflows in their exam rooms and were looking for a tablet solution that could seamlessly pair with a full size monitor, keyboard and mouse the share info with patients.

Grampian NHS had decided to go paperless and run their EPR system on computers as opposed to traditional charting. They needed to find computers that fit all of their needs.

North Bay was one of three hospitals in the North East Local Health Integration Network (LIHN) chosen for an initiative to switch to a single, unified, EMR system called Meditech Expanse.

Moberg’s newest device, the Component Neuromonitoring System, was in need of a modern computer capable of running the software necessary to monitor physiological data in the ICU.

Orlando Health was experiencing high failure rates of their medical computers and needed to find a new vendor for two major IT projects.

Advanced Bionics was creating a new monitoring device to make cochlear implantation faster. However, their device would need a tablet that could be custom designed and manufactured to make their dream into a reality.

Seven Rivers wanted to switch to non-powered carts to streamline patient charting, but needed to find a solution that could power both their monitors and their thin client PCs.

One Diversified created a new branch to produce interfaces for medical devices, and methods to integrate all the data into one platform. However, they needed to find a computer to match strict medical standards & meet their needs.

It came time for Medical Fitness Solutions to redesign their Core Balance units, but they were programmed in Linux and they wanted a new environment. They also needed larger monitors in their devices to aid the visually impaired.

Milton Keynes University Hospital needed a solution to replace their powered carts and computers. The lead-acid batteries were becoming obsolete and barely holding a charge, and they needed more computers for their EMR.

Celem’s competitors were using the same model and brands of computers, forcing them to compete on price. They’d need new tech, something with more features and unique qualities that still maintained their high standards.

Covenant Care needed a way to get their mobile outreach van certified as a Federally Qualified Health Center, but didn't know where to begin.

Because of requirements in design, aesthetics, and functionality, they needed a medical-grade all in one computer that was certified for near patient use, was customizable, with a modern, slim profile.

Respiratory Motion needed a powerful medical tablet that could run Java, had multiple USB ports and maintained design continuity over several years.

BJC Healthcare wanted to unify their hospitals by moving away from paper-based systems and older technology.

US Vascular needed a powerful medical grade computer with hot swap battery technology in order for their units to run as intended.

The HSHS hospital system was running legacy software and had made a system-wide decision to upgrade their EMR software to Epic.

Houston Methodist needed to find a computer that would allow them to run their old anesthesiology software while they were installing Epic and preparing for go-live.

Radon Imaging needed a mobile X-Ray solution to help their clients in rural areas transition to a digital format without the need to upgrade all of their imaging equipment.

Replace pen-and-paper donor questionnaires with a compact mobile tablet that can be used across all sites, have connectivity to sync data, and have a handle and intuitive user interface for the donors to use independently.

Patient charting was becoming more difficult as Peak Resources’ old computers either slowed down or died altogether. The nurses complained, the patient wait times increased, and the IT department decided to go another way.

Athena Health Care Systems found that the time it took to leave a patient’s room to go enter their records into the EMR produced errors and slowed down service. Their current desktops were also slow and prone to bugs.

Discontinued model of PCs within the Drager anesthesia work station became too expensive and time-consuming to maintain. VCUMC needed to find a modern medical computer that could integrate with their older anesthesia machines to extend their life.

Hacienda decided to switch to an EHR system, but were short on space. They would need a vendor who could provide both medical carts and all-in-one medical computers that could be mounted anywhere no matter the space limitations.

Millinocket Regional Hospital was using another company’s all-in-one PCs, but the constant upgrades and skyrocketing prices forced them to find a new vendor for slim, mountable touchscreen computers for their medical staff.

Restorative Therapies made their own functional electrical stimulation system to help patients suffering from immobility. They needed very specific tablets and PCs with speed, ease-of-use, and touchscreen capabilities.