Eve for Healthcare
Keep critical care supplied, element by element
MRI scanners, contrast agents, implants and device electronics rely on scarce elements. Eve gives health systems and medtech teams early warning and real alternatives.
Imaging
The elements behind every scan
Superconducting MRI magnets depend on niobium-titanium wire and liquid helium. Gadolinium powers MRI contrast agents. X-ray and CT tubes rely on tungsten and molybdenum. Eve tracks prices, concentration and policy risk for each, so imaging never stops.
- Helium and niobium watch for MRI fleets
- Gadolinium and rare earth risk for contrast agents
- Tungsten and molybdenum context for X-ray and CT
- Alerts on export controls that touch imaging materials
Built for health systems and medtech
Clinical continuity, powered by intelligence
MRI materials
Helium, niobium and rare earth exposure for every scanner in your fleet.
Contrast and isotopes
Gadolinium for contrast, plus medical isotope context for nuclear medicine.
Device electronics
Tantalum capacitors, gallium and rare earths inside monitors, pumps and wearables.
Implant metals
Titanium, cobalt, tantalum and platinum-group metals for implants and leads.
Portable power
Lithium and cobalt behind portable and implantable device batteries.
Shortage alerts
Be the first to know when a critical input tightens.
Always watching
Coverage for clinical-grade resilience
- 17
- Rare earth elements
- 50+
- Critical minerals
- 190+
- Jurisdictions watched
- 24/7
- Monitoring
Medtech sourcing
Design devices that survive the next shortage
Medtech teams use Eve to understand which elements in a device carry the most concentration risk, compare alternatives early in design, and connect with qualified counterparties through RFQs.
- Exposure maps by device platform
- Scenario analysis for long-life product lines
- Qualified counterparties and RFQs in one workspace
Use cases
Where healthcare teams use Eve
Health-system resilience
Give supply-chain and clinical engineering leaders one shared view of the elements behind imaging and devices.
Device design reviews
Flag high-risk elements before a design locks.
Policy watch
Track export controls that affect medical materials.
Executive briefings
Brief leadership on shortage risk in seconds.
Recovery and reuse
Understand helium recovery and metals recycling value across your fleet.
Get started
Resilience in three steps
- 01
Map
List the imaging, devices and implants you rely on most.
- 02
Watch
Follow helium, gadolinium, tantalum and more on your watchlist.
- 03
Prepare
Use scenarios and alerts to plan alternatives before shortages arrive.
Modern medicine is built on rare elements. Protecting patients means protecting the supply of the periodic table.
Questions
Healthcare FAQ
Why does helium matter to hospitals?
Most MRI scanners use liquid helium to keep their superconducting magnets cold. Supply disruptions can affect imaging capacity.
Does Eve track gadolinium?
Yes. Gadolinium is one of the 17 rare earth elements Eve tracks, and it is central to MRI contrast agents.
Is Eve useful for medtech companies?
Yes. Medtech teams map device exposure, run scenarios and connect with qualified counterparties through RFQs.
Can clinical and supply teams collaborate?
Team workspaces let engineering, supply-chain and leadership share watchlists and briefings.
How do we start?
Explorer is free forever. Talk to sales about Enterprise plans for health systems.
Protect the elements patients depend on
Start free and see the critical minerals behind your imaging, devices and implants.