-A cmi Holmium - Lightguide Single-Use - 270 Micron (Box of 3)

The ACMI Holmium Laser Lightguide Single-Use 270 Micron (Box of 3) is a high-performance laser fiber set designed for advanced lithotripsy and endourological procedures. Each fiber delivers precise Holmium:YAG laser energy for efficient stone fragmentation and soft tissue ablation within the urinary tract.

With an ultra-fine 270-micron core, these fibers are optimized for maximum flexibility, making them ideal for highly deflected flexible ureteroscopes. The box of 3 provides a convenient supply for multiple procedures, ensuring operational efficiency in busy surgical settings.

Each fiber is sterile and single-use, ensuring consistent performance while eliminating the risk of cross-contamination and the need for reprocessing.

Key Features & Benefits

Ultra-Flexible 270 Micron Core

Designed for superior navigation in complex renal anatomy and tight ureteral pathways.

Box of 3 Convenient Supply

Provides multiple sterile fibers for continuous procedural use in clinical settings.

Single-Use Sterile Design

Eliminates infection risk and ensures consistent performance per procedure.

High Energy Transmission Efficiency

Delivers stable Holmium:YAG laser output for effective stone fragmentation.

Reduced Scope Stress

Minimizes wear on delicate flexible ureteroscopes during procedures.

Reliable Clinical Performance

Trusted in modern endourology and laser lithotripsy procedures.

Technical Specifications

Product Name: ACMI Holmium Laser Lightguide

Fiber Size: 270 Micron

Packaging: Box of 3

Type: Single-Use Laser Fiber

Laser Compatibility: Holmium:YAG (Ho:YAG) systems

Application: Lithotripsy and soft tissue ablation

Specialty: Urology / Endourology

Connector Type: SMA-compatible (system dependent)

Sterility: Sterile, single-use

Material: Medical-grade silica fiber

Flexibility: High (optimized for flexible ureteroscopy)

Applications

Flexible Ureteroscopic Lithotripsy

Kidney Stone Fragmentation (RIRS)

Ureteral Stone Treatment

Endourological Laser Procedures

Ho:YAG Laser Surgery

Stone Dusting Techniques

Hospital Urology Departments

Surgical Endoscopy Units