Olympus Empower Surgical Laser Fiber | 1000 Micron | Box of 5 | EMP-FBX1000HS

The Olympus Empower EMP-FBX1000HS is a premium, high-capacity surgical laser fiber optic delivery system engineered for advanced urological and soft-tissue procedures. Featuring a heavy-duty 1000-micron core diameter, this fiber is purpose-built for clinical applications requiring maximized laser energy density and high-volume delivery.

It provides an exceptionally stable and efficient structural pathway for heavy Holmium Laser Lithotripsy (intracorporeal stone fragmentation) as well as broad-surface urogenital soft-tissue applications, including targeted coagulation, ablation, and tissue vaporization.

Key Performance Features

• Maximized Energy Transmission: Built with a premium fused-silica core that provides minimal internal beam attenuation, allowing surgeons to deliver heavy energy loads to the target site while preserving predictable tissue-vaporizing effects.

• Integrated RFID Intelligence: The proximal connection collar integrates a smart radio frequency identification (RFID) chip that communicates instantly with modern Olympus Empower laser consoles, enabling automated fiber recognition and automatic system calibration.

• Flexible Scope Protection: Designed with advanced outer cladding materials that allow the fiber to safely navigate highly deflected flexible endoscopes and ureteroscopes without scoring, scraping, or damaging the delicate inner working channels.

• Standard SMA 905 Connection Interface: Utilizes a globally recognized, high-precision SMA 905 connector configuration that securely locks into the laser port, ensuring perfect concentric alignment with the internal blast shield.

Technical Specifications

• Manufacturer: Olympus Medical

• Product Line: Empower Laser Series

• Model / Reference Number: EMP-FBX1000HS (also listed as EMPFX1000HS)

• Core Fiber Diameter: 1000 Microns (1000 um)

• Packaging Format: Box of 5 Individually Sealed Sterile Pouches

• Connector Style: Standard SMA 905 / 906 Interface

• Laser Compatibility: Fully optimized for Olympus Empower systems (including the H35S, H65S, and H100S towers). Globally compatible with alternative Ho:YAG platforms matching standard numerical aperture limits equal to or less than 0.22.

• Usage Profile: Single-Use Disposable / Intended for Immediate Clinical Application

Clinical and Institutional Advantages

• Accelerated Stone Lithotripsy: The massive 1000-micron footprint makes it a premier choice for bladder stone fragmentation or bulk debulking of massive calculi, cutting down operating room time through high-impact energy translation.

• Guaranteed Factory Cladding Integrity: Shipped in single-use sterile packaging to ensure the fiber faces are 100 percent free of micro-fractures, structural defects, or organic residue, eliminating the risk of intraoperative fiber burnout inside the scope channel.

• Substantial Procurement Value: Sourcing this genuine Olympus box of 5 surgical fibers allows ambulatory surgery centers (ASCs) and hospital procurement teams to secure premium, brand-name surgical inventory at a significant savings compared to standard OEM contract pricing grids.

Ideal Applications

• Urological Lithotripsy: High-energy fragmentation of large bladder stones, staghorn calculi, and dense renal stones.

• Urogenital Soft-Tissue Interventions: Laser vaporization of the prostate, bladder tumor ablation, and localized urethral stricture treatments.

• General Surgery Coagulation: Hemostasis and tissue cutting along dense, vascularized tissue zones.

Condition and Quality Assurance

• Status: Brand New, Factory Fresh Inventory.

• Sterility Mapping: Every fiber is individually enclosed within its original, untampered medical-grade peel-pack pouch to preserve barrier validation.

• Clinical Advisory: Urological laser fibers are highly sensitive instruments. Ensure the fiber tip extends visibly beyond the end of the endoscope working channel before firing the laser, as firing the laser while the fiber tip is recessed will instantly destroy the scope lens and internal bundles.