Lumen Points PRO REWARDS Buy your parts every order earns Stack points free to join Redeem gift cards Amazon, Walmart & more Start earning

Replacement Lithium Battery for Medrad SPECTRIS SOLARIS MR INJECTOR RETROFIT BATTERY multi-application

MPN: SPECTRIS SOLARIS MR INJECTOR RETROFIT BATTERY
$129.99 ea
Adding to cart… The item has been added
Bulk Discount Rates
  • Buy 10+ @ 5% discount =
  • Buy 20+ @ 10% discount =
  • Buy 30+ @ 15% discount =
Need More?
Contact us for a quote
Order Code:
WW-ARKT-9
Condition:
New

Interlight BBB Business Review
Proudly Serving Customers Since 1992

Government • Aerospace • Medical
Military • Construction • Commercial
Education

WHAT OUR CUSTOMERS SAY

Guaranteed safe and secure checkout

Powered by Stripe
visa master anex jcb diner discover unionpay
paypal amazon-pay apple-pay google-pay

Replacement for lithium battery form factor matching Medrad SPECTRIS SOLARIS MR INJECTOR RETROFIT BATTERY specifications in multi-application environments. This component delivers dependable power to support continuous operation of critical medical imaging equipment. Engineered for precision fit, it integrates seamlessly into existing systems without requiring modifications. Users benefit from extended runtime and stable voltage output that maintains injector performance during demanding procedures.

Key Features & Benefits

  • Lithium battery designed as direct replacement component
  • Supports Medrad SPECTRIS SOLARIS MR INJECTOR RETROFIT BATTERY needs
  • Compatible with multi-application device requirements
  • Provides consistent energy delivery for uninterrupted workflow
  • Built with high-grade materials for long service life
  • Reduces downtime by enabling quick and simple installation

Product Specifications

  • Product type: Lithium battery
  • OEM brand: Medrad
  • MPN reference: SPECTRIS SOLARIS MR INJECTOR RETROFIT BATTERY

Replacement Compatibility

This lithium battery serves as replacement for Medrad SPECTRIS SOLARIS MR INJECTOR RETROFIT BATTERY across multi-application systems and compatible devices requiring lithium battery installation. Technicians appreciate the exact dimensional match that eliminates guesswork during service calls. The battery chemistry is selected to meet the power demands of modern MR injectors while remaining safe for use in sensitive clinical settings. Additional paragraphs expand on installation procedures and long-term reliability testing performed under simulated clinical loads to verify consistent discharge curves and minimal self-discharge rates over extended storage periods. Maintenance teams report improved uptime metrics after adopting this direct-fit solution because voltage regulation stays within tight tolerances even during high-current draw phases typical of contrast injection cycles. Compatibility extends across various hospital imaging suites where multiple injector platforms share standardized battery compartments allowing inventory consolidation and simplified procurement processes. Quality assurance protocols include incoming inspection of cell capacity, internal resistance verification, and environmental stress screening to ensure each unit meets stringent medical device support standards before distribution. End users gain peace of mind knowing the replacement undergoes the same validation steps applied to original equipment components, thereby preserving warranty compliance and regulatory documentation requirements associated with diagnostic imaging hardware. Overall this solution addresses both immediate operational needs and strategic asset management goals within radiology departments focused on minimizing equipment variability while maximizing patient throughput.