Philips 9890-000-86102 X-Ray Tube DOM: 01-2022

Philips 9890-000-86102 X-Ray Tube DOM: 01-2022

• Part No: 9890-000-86102
• S/N: 66196A278435

High-Performance Diagnostic Imaging Tube for Philips Systems
The Philips 9890-000-86102 X-Ray Tube is an OEM replacement component engineered to deliver reliable and consistent X-ray generation for advanced diagnostic radiography systems. Designed to operate at peak voltages up to ~150 kV with both 0.6 mm and 1.2 mm focal spots, this tube supports a broad range of clinical exams — from detailed extremity imaging to general body radiographs. Its rotating anode design handles repeated exposures with efficient heat dissipation and dependable performance, making it a trusted choice for busy hospital radiology suites and outpatient imaging centers alike.

Built for Clinical Precision and Compatibility
Manufactured by Philips Healthcare with a Date of Manufacture of January 2022, this X-ray tube meets modern imaging demands with up-to-date engineering and quality standards. Whether used in Philips DigitalDiagnost systems or other compatible fixed radiography platforms, the 9890-000-86102 tube integrates seamlessly into existing imaging workflows, helping maintain stable generator performance and crisp image output. Its OEM pedigree ensures consistency in clinical settings where diagnostic accuracy is paramount.

Ideal Replacement for System Maintenance and Upgrades
Whether you’re repairing an aging imaging system, stocking spare parts, or performing preventative maintenance, the Philips 9890-000-86102 X-Ray Tube provides a reliable and cost-effective solution. Sourced from working machines and handled carefully to preserve functionality, this tube helps minimize system downtime and supports continuous, high-quality radiographic imaging. Backed by Philips’ decades of experience in medical imaging technology, it’s an essential investment for facilities focused on sustained performance and patient care excellence.

This medical equipment item is a subcomponent or part that has been extracted from a larger system or unit. It is intended for use as a replacement part or for integration into another system. Its condition may vary, but it has been removed with care to preserve its functionality.