A medical computer is a specialized, medically certified computing device engineered for clinical workflows in hospitals, surgical suites, and intensive care units. Cybernet's healthcare computers feature IEC/UL 60601-1 safety certifications, baked-in antimicrobial housing, fully sealed IP65 touchscreens, and 100% passive fanless cooling to prevent airborne germ transmission and support strict hospital infection control protocols.
Proven safe for direct patient proximity
and medical device integration
Protection baked into the chassis
that won't degrade from chemical wipe-downs.
Audited enterprise reliability
ensuring uninterrupted clinical charting.
Stationary and cart-mountable touchscreen workstations featuring hot-swappable batteries, fanless cooling, and 5-to-7-year product lifecycles.
Portable handheld healthcare computers built for mobile charting, telemetry, and home health services.
Fanless mini PCs designed for surgical imaging, medical equipment OEM integration, and clinical AI vision.
Maximize workspace efficiency and clinician safety with medical-grade mobility, structural mounting tracks, and fully certified hygienic accessories.
"Powered & Non-Powered Mobile Fleet Solutions"
"Space-Saving Point-of-Care Mounts"
"Certified Sterile Devices & Peripheral Hardware"
Why standard commercial hardware costs hospital networks more in downtime, replacement cycles, and infection risks.
| Engineering Specification | Cybernet Healthcare Infrastructure | Consumer-Grade Hardware (Dell, HP, Lenovo) |
|---|---|---|
| 3-Year Operational Failure Rate |
Less than 0.5% (Audited & Verified)
|
20% to 30% average enterprise failure rate
|
| Clinical Disinfection Resilience |
Baked-in antimicrobial housing; stands up to bleach, hydrogen peroxide, and purple wipes.
|
Brittle consumer plastics that degrade, pit, crack, and discolor from medical-grade chemicals.
|
| Infection & Thermal Control |
100% Passive Fanless Cooling. No internal moving parts means zero air circulation.
|
Active Internal Fans. Vacuums in dust, lint, and airborne pathogens, blowing them back into sterile spaces.
|
| Hardware Lifecycle Security |
5 to 7 Year Minimum Lifecycle. Consistent internal components mean less IT overhead and image stability.
|
12 to 18 Months. Frequent component and SKU changes require continuous IT re-imaging and validation.
|
| Hospital System Integration |
Built-in Imprivata SSO, internal RFID, integrated smart card readers, and internal UPS options.
|
Requires a messy web of external USB dongles, split power bricks, and vulnerable exposed cabling.
|
Talk to an enterprise healthcare hardware consultant today. We offer custom configuration, mass imaging services, and risk-free hardware evaluation units for qualified healthcare systems.
Yes. Every medical hardware platform we build is fully tested and validated for seamless native deployment with Epic, Oracle/Cerner, MEDITECH, and other major healthcare information systems.
Mechanical cooling fans act as tiny vacuums, pulling in dust, lint, and airborne contaminants from patient rooms. They present an infection control risk and stand as a primary mechanical point of hardware failure. Our passive cooling architecture radiates heat entirely without fans, significantly reducing these risks.
Standard clinical hardware is designed primarily for data entry and chart viewing. Cybernet Medical AI PCs feature dedicated chipsets (NPUs) and robust GPU architectures tailored specifically to handle continuous computational demands like real-time computer vision, instant medical imaging analysis, and voice-to-text clinical documentation right at the patient bedside without data leaving the room.
To optimise clinical workflows, our computers offer internal, built-in Imprivata RFID and smart card readers. This eliminates external dongles, drastically speeds up clinician tap-in/tap-out times, secures patient privacy, and cleans up the visual look of the workstation.