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Ushio UXR300BF Endoscopic and Surgical Headlamp

Ushio UXR300BF Endoscopic and Surgical Headlamp

$295.00
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SKU:
UXR300BF (5002534)
Availability:
Stock Item
Shipping:
Calculated at Checkout
Quantity Option (Each):
1 Bulb
Product Description
High-output 300W ceramic xenon light source engineered for endoscopy, surgical headlamp, and scientific illumination systems.
SOSCleanroom
Overview

The Ushio UXR300BF is a 300W ceramic xenon lamp designed for demanding medical and scientific illumination where clinicians and technicians rely on consistent brightness, strong lumen maintenance, and reliable ignition. It is commonly used for endoscopy, surgical headlamp/light source applications, and other instrument platforms requiring stable, high-intensity output. SKU: UXR300BF (5002534).

Key Highlights
  • Technology: Ceramic xenon (high-intensity arc light source)
  • Power Class: 300W
  • Designed for: Medical & scientific illumination platforms
  • Performance focus: Lumen maintenance and ignition reliability (high value cost of ownership)
  • Manufacturer Code: UXR300BF / 5002534
Typical Applications
  • Endoscopy illumination systems
  • Surgical headlamp / medical light source platforms
  • Scientific imaging and inspection (microscopy, borescopy, spectroscopy systems)
Handling Tip 
Xenon arc lamps operate at high temperature and pressure and emit intense visible/UV energy. Always follow your equipment OEM service procedure. Avoid touching optical surfaces with bare hands; use clean nitrile gloves and lint-free wipes to reduce residue and help prevent hot spots and premature failure.
About Ushio
Ushio is a global photonics and specialty lighting company known for “Applying Light to Life,” developing lamps and light-based solutions used across scientific-medical, industrial, visual imaging, and semiconductor-related markets.
Service Note
SOSCleanroom (Specialty Optical Systems, Inc.) has supported specialty lighting customers as a distribution partner for 40+ years. For critical medical illumination, qualify replacements using the manufacturer code and your equipment’s required interface and operating specifications.
Industry Update:
In July 2025, Ushio announced an agreement to acquire ams OSRAM’s Entertainment & Industry Lamps (ENI) business, with closing anticipated by the end of March 2026. During and after a transition, customers may see changes such as part-number presentation, labeling, packaging, and distribution channels. Best practice: retain the manufacturer code (UXR300BF / 5002534) in maintenance records and qualify alternates strictly by your system’s required specifications.
Need help selecting the right product?
If you need additional information please try our SOSCleanroom specific AI ChatBot which draws from our extensive cleanroom specific libraries.
Always confirm compatibility with your light source model, required power class (300W), and the exact manufacturer code prior to installation.
The Technical Vault
By SOSCleanroom
Ceramic Xenon Engineering
Medical Illumination Endoscopy / Headlamp Arc Physics Ignition & Reliability Safety & Service
Quick Specs
Product / SKU Ushio UXR300BF (5002534)
Lamp Type / Technology Ceramic xenon (high-intensity xenon arc light source)
Power Class 300W
Application Focus Endoscopy, surgical headlamp/light source, microscopy, borescopy, spectroscopy
Performance Drivers Lumen maintenance and ignition reliability
The Science: How a Ceramic Xenon Lamp Produces Light
A xenon lamp is an arc-discharge light source. Instead of heating a filament (like halogen), it drives electrical current through a pressurized xenon gas between two electrodes. When the lamp is ignited, the gas becomes a plasma and emits very intense light. Xenon plasmas produce a bright, broadband output that optics can efficiently couple into light guides and imaging systems—ideal for medical illumination that needs high brightness and strong color rendering.
The “ceramic xenon” architecture used in many medical systems typically integrates high-temperature materials and precision manufacturing to improve thermal stability, support consistent arc behavior, and help maintain optical output over the service life—especially important as arc lamps age and become more difficult to re-start.
Engineering Priorities: Ignition Reliability and Lumen Maintenance
  • Ignition system dependency: xenon lamps require an igniter (high-voltage pulse) and a regulated power supply to stabilize the arc. A weak igniter, marginal connections, or degraded components can cause hard-start behavior—especially near end-of-life.
  • End-of-life behavior: as electrodes wear and internal conditions shift, arc lamps commonly show reduced output and harder re-strike. Designs that improve ignition margins and arc stability can reduce nuisance downtime.
  • Optical coupling: medical light engines depend on consistent arc position and stable output so the optics/light guide deliver repeatable brightness at the distal tip (endoscope) or at the surgical field.
  • Cost-of-ownership: the “best value” lamp is typically the one that holds usable brightness longer and avoids unexpected no-start events, not simply the lowest purchase price.
Replacement Guidance
  • Anchor to the manufacturer code: keep UXR300BF / 5002534 in your maintenance log and purchasing records for consistent re-ordering and traceability.
  • Confirm mechanical interface: medical light sources can be highly platform-specific (lamp fitment, alignment features, reflector geometry, connectors, and cooling path).
  • Cross-reference note: some systems reference this lamp as a replacement for comparable 300W ceramic xenon lamp families; validate by OEM requirement, not wattage alone.
Handling, Safety, and Service Controls
  • High pressure & high temperature: do not handle until fully cooled; follow the OEM service procedure for removal/installation.
  • Intense light/UV: never operate outside of the intended housing; keep shields and interlocks in place.
  • Cooling is mission-critical: ensure fan/airflow paths and filters are clean so the lamp housing maintains its designed thermal limits.
  • Keep optics clean: residue on optical windows/reflectors can absorb heat, create hot spots, and degrade output. Use clean gloves and lint-free materials during service.
Cleanroom Considerations

Treat lamp replacement like a controlled maintenance event: minimize packaging debris, prevent particle shedding in the lamp bay, and protect nearby optics and sensors.

Stage clean nitrile gloves plus cleanroom-grade lint-free wipes/swabs (Texwipe options are commonly used) to reduce contamination during service and help protect optical surfaces.

Industry Update: ENI Business Sale to Ushio (Target Close: End of March 2026)
Ushio announced an agreement in July 2025 to acquire ams OSRAM’s Entertainment & Industry Lamps (ENI) business, with closing anticipated by the end of March 2026. The practical takeaway for maintenance teams is to keep procurement anchored to manufacturer codes and to qualify alternates strictly by the tool/system’s required specifications.
Need deeper specs or cross-references?
If you need additional information please try our SOSCleanroom specific AI ChatBot which draws from our extensive cleanroom specific libraries.
For medical illumination systems, confirm OEM requirements (lamp family, mechanical interface, power supply/ignition compatibility, and cooling configuration) prior to installation.

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