CO2 laser fiber

Specialized medical-grade optical fibers for CO2 laser delivery in surgical applications including hollow fiber, side-emitting probes, and hemorrhoid treatment probes.

Specialized optical fiber designed for transmitting CO₂ laser energy in medical applications. Enables flexible light delivery for minimally invasive surgical procedures and therapeutic treatments.

Fiber optic cables for laser delivery in surgical and therapeutic medical applications. Transmits laser energy safely for minimally invasive medical procedures.

An optical fiber designed for medical laser applications in surgical and therapeutic procedures. The fiber delivers laser energy for various medical treatments and minimally invasive surgical interventions.

Specialized fiber optic cables for transmitting laser energy in surgical and therapeutic applications. Engineered to handle high-intensity light delivery while maintaining structural integrity for medical procedures.

ANGLE FIRE FIBER® is a surgical laser fiber designed for precision delivery of laser energy during minimally invasive surgical procedures. The fiber enables controlled tissue ablation, coagulation, and cutting across multiple surgical specialties including urology, ENT, and general surgery. U.S.-manufactured with global distribution for compatibility with standard laser systems.

Specialized ring-shaped fiber design for medical CO₂ laser applications. Provides circumferential light delivery for specific surgical applications requiring uniform tissue irradiation.

Flexible fiber optic component transmitting laser energy to tissue during endoscopic procedures. Enables precise laser-based tissue cutting, coagulation, or ablation.

A flexible and multidisciplinary laser tool for transmitting mid-infrared radiation (2-18 micrometers) used in minimally invasive procedures including ENT, gynecology, and dermatology with CO2 lasers. Due to its flexibility and small diameter, hollow glass waveguide fibers can access areas that are inaccessible to laser systems using mirror articulated arm technology. The fiber features high transmission, inner diameters of 500-1000 micrometers, double polymer coating for high flexibility, biocompatible materials, and a validated sterilization process. Available in three standard sizes (HWG-500, HWG-750, HWG-1000) with customized connector designs available upon request.

Optical fiber-coupled laser systems enabling flexible delivery of laser energy to surgical and therapeutic targets.

Optical fibers configured as medical laser probes for minimally invasive transmission of laser beams to diseased areas for various therapeutic applications including cutting, coagulation, and vaporization. The fibers consist of a high-purity synthetic quartz glass core, optical cladding with lower refractive index, protective buffer layer, and outer jacket for mechanical protection. Fibers support both contact and non-contact modes of tissue treatment and can be customized with core diameters ranging from 3 to 2500 micrometers.

Specialized optical fibers for medical laser therapy systems including dermatological, orthopedic, and pain management applications. These fibers are precision-manufactured to deliver therapeutic laser energy with optimal efficiency.