Hemorrhoid Fiber Probe 600μm

Hemorrhoid fiber probe designed for endovenous laser ablation therapy. Features 600μm fiber with 1800μm distal end diameter, SMA905 connector, and conical design for precise cutting and coagulation of hemorrhoidal tissue with reduced perforation risk and postoperative pain.

Single-use surgical laser fiber with angled delivery for precision surgical applications. Transmits laser energy at 600/720 wavelength specifications for minimally invasive procedures.

Extended-length ring-shaped optical fiber probe specifically designed for hemorrhoid treatment procedures. Enables precise and controlled therapeutic delivery with uniform light distribution.

CO₂ laser probe designed for hemorrhoid ablation procedures. Provides focused therapeutic laser energy delivery for minimally invasive hemorrhoid treatment.

Side-firing optical fiber probe designed for minimally invasive surgical and diagnostic applications. Delivers laser energy or light at 90-degree angles from the fiber tip, enabling precise tissue ablation, coagulation, and visualization in endoscopic procedures. Available in standard and customized configurations for various medical wavelengths and specifications.

Surgical laser device specifically designed for hemorrhoid treatment procedures. Provides controlled laser delivery for minimally invasive hemorrhoid ablation.

A specialized surgical laser system configured for hemorrhoid ablation and coagulation procedures. Offers minimally invasive treatment with reduced patient morbidity compared to traditional techniques.

Fiber-optic laser probes designed for minimally invasive surgical procedures, therapeutic applications, and diagnostic interventions across multiple wavelength ranges.

Laser system specifically designed for minimally invasive hemorrhoid treatment. Provides precise tissue ablation with reduced patient discomfort compared to traditional surgical approaches.

Fiber optic laser probes designed for urological diagnostic and therapeutic applications. These precision instruments deliver laser energy through optical fibers across wavelengths of 180-2100 nm for tissue ablation, coagulation, and visualization in urological procedures. Customizable probe configurations enable flexible integration into endoscopic systems.

Surgical fiber probes enable real-time optical imaging and tissue diagnostics during minimally invasive procedures. These devices integrate fiber optics with sensing capabilities to detect tissue characteristics, guide surgical navigation, and support intraoperative decision-making. Designed for integration into surgical workflows, they enhance visualization and diagnostic accuracy in operating theater environments.

A disposable device combining a multi-band ligator with an integrated anoscope for hemorrhoid treatment. Used to apply elastic bands to internal hemorrhoids under direct visualization to reduce blood supply.