Minimally Invasive Treatment Solutions for Anal Fistula
FiLaC® Fistula Laser Closure uses laser energy to precisely seal the fistula tract, preserving sphincter function and reducing postoperative complications, offering patients a superior treatment option.
Proctology Surgery
Proctology conditions such as hemorrhoids, anal fistula, and pilonidal sinus are very prevalent all over the world. Although not life threatening, these conditions are associated with a very poor quality of life and embarrassment.
Some treatment options exist with their advantages and disadvantages. GIGAA introduces VELAS™, implementing next generation minimally invasive laser technology to pioneer advanced standards in proctology treatment solutions. It provides a simple, safe and highly effective solution for the treatment of symptomatic hemorrhoids, fistulas and pilonidal sinus. This new approach offers a short, minimally invasive procedure with virtually no patient downtime. It eliminates the symptoms of the pathology, while minimizing recurrences, postoperative pain, complications and adverse events such as damage to the anal sphincter and even stenosis.
Benefits of the technology
Using advanced laser technology to achieve precise energy control and optimize tissue treatment, providing a safer, more minimally invasive, and highly effective solution for anal fistula treatment.
FiLaC® Clinical Applications
FiLaC® laser technology is indicated for minimally invasive treatment of various anal fistula types.
Indications
Procedure
Approach
Treatment Plan
FiLaC® laser treatment follows a standardized clinical pathway, achieving precise operation under clear visualization.
FiLaC® (Fistula Laser Closure) is performed under anesthesia, with the laser fiber precisely introduced through the external fistula opening into the fistula tract. Laser energy precisely targets the fistula epithelium, causing closure and ablation while preserving sphincter function. The procedure is completed under local or regional anesthesia in just minutes. Patients experience minimal postoperative pain, rapid recovery, and intact anal function. Compared to traditional fistulotomy, FiLaC® significantly reduces postoperative pain and incontinence risk.
Outpatient procedure, no hospitalization required
Local anesthesia, simple operation
Completed in minutes, discharged on the same day
Clinical studies confirm that this treatment procedure is safe and effective, with a low long-term recurrence rate.
Related Products
The VELAS™ laser treatment platform and supporting accessories are designed for minimally invasive proctology procedures, providing a complete laser treatment solution.
VELAS™ Laser Treatment Platform, a dual-wavelength laser system designed for minimally invasive proctology.
Laser Treatment Fibers, plug-and-play and compatible with multiple hemorrhoid procedures..
Proctoscope, a specialized supporting instrument for clear surgical field visualization.
CLINICAL RESOURCES
Access clinical materials and professional support for FiLaC® fistula laser closure.
Clinical Literature
Case Studies
Downloads
Frequently Asked Questions
Common questions and professional answers about FiLaC® fistula laser closure.
No. FiLaC® laser energy precisely targets the fistula epithelium without damaging the sphincter or surrounding healthy tissue, effectively avoiding the incontinence risk associated with traditional surgery.
No. FiLaC® laser energy precisely targets the fistula epithelium without damaging the sphincter or surrounding healthy tissue, effectively avoiding the incontinence risk associated with traditional surgery.
No. FiLaC® laser energy precisely targets the fistula epithelium without damaging the sphincter or surrounding healthy tissue, effectively avoiding the incontinence risk associated with traditional surgery.
No. FiLaC® laser energy precisely targets the fistula epithelium without damaging the sphincter or surrounding healthy tissue, effectively avoiding the incontinence risk associated with traditional surgery.
No. FiLaC® laser energy precisely targets the fistula epithelium without damaging the sphincter or surrounding healthy tissue, effectively avoiding the incontinence risk associated with traditional surgery.
