NeuLight SideFire Fiber Probes

Specifications

Core Diameter: 600 um
Wavelength Range: 0.5 – 2.2 um
Fiber Core Material: Fused Silica
Cable Length: 3 m
Max Input Power: 200 W continuous wave for 2 minutes and 100 W continuous wave for 30 minutes
Clad Diameter: 660 um
Numerical Aperture: 0.22
Connector Type: SMA905

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Features

  • Available in a standard core size of 600um with a 660um doped silica cladding
  • Power ranges from 200W CW (2 minutes) to 100W CW (30 minutes)
  • Engineered and assembled by our teams in Europe and the United States in an ISO13485 environment
  • Provided sterile and ready to use with open port lasers
  • Private label and integration of RFID technology is possible

Applications

The NeuLight SideFire Fiber Probe is designed for high-precision lateral laser energy delivery in minimally invasive surgical procedures where controlled tissue interaction and directional beam emission are critical. Its 90-degree emission geometry enables efficient energy transfer to lateral tissue surfaces, making it particularly effective in endoscopic environments where direct axial access is limited.

  • Urology and Laser Prostate Surgery
    Side-fire fiber probes are widely used in urology for procedures such as Benign Prostatic Hyperplasia (BPH) treatment and laser prostate enucleation. The lateral emission profile allows surgeons to precisely target prostatic tissue while preserving surrounding anatomical structures, improving procedural control and clinical outcomes.
  • Endoscopic and Minimally Invasive Laser Surgery
    These fibers are integrated into endoscopic laser systems for soft tissue ablation, vaporization, and coagulation. The side-firing geometry enables uniform energy distribution along tissue walls, making them suitable for procedures performed in confined or curved anatomical pathways.
  • Lithotripsy and Stone Management
    In laser lithotripsy applications, side-firing fibers assist in fragmenting urinary and biliary stones through controlled lateral energy delivery. This allows improved targeting efficiency within the urinary tract and enhances procedural flexibility in difficult-to-access regions.
  • Oncology and Soft Tissue Ablation
    Side-firing probes are increasingly used in laser-based tumor ablation and interstitial therapies, where precise directional energy delivery is required to selectively destroy abnormal tissue while minimizing damage to surrounding healthy structures.
  • Biomedical and Optical Research Systems
    Beyond clinical applications, side-fire fiber probes are used in biomedical optics research, laser-tissue interaction studies, and experimental photonics systems. Their controlled emission profile supports studies in energy distribution, tissue response, and minimally invasive optical delivery techniques.
  • Surgical Laser System Integration
    These probes are compatible with a wide range of medical laser platforms, enabling OEM integration into surgical laser systems used in hospitals and specialty clinics. Their standardized design and high-power handling capability make them suitable for both disposable and semi-reusable surgical workflows.