The Rigicon Furlow Insertion Tool™ is a crucial instrument for the implantation of an Inflatable Penile Prosthesis, and it also serves as a tool for sizing in all penile prosthesis implantation.
Manufactured from high-quality materials for repeated reprocessing and resterilization cycles. See Rigicon Instructions on Reprocessing and Resterilization of Reusable Surgical Tools.
What is a Furlow insertion tool used for in penile prosthesis surgery?
The Furlow insertion tool is an essential surgical instrument used during inflatable penile prosthesis (IPP) implantation. It serves two critical functions: corporal measurement—measuring each corpus cavernosum proximally and distally to determine optimal cylinder sizing—and cylinder placement—passing a Keith needle with traction suture through the glans penis to guide the prosthesis cylinder into the distal corpora. Originally described by Dr. W. L. Furlow, this instrument has become standard in penile implant surgery worldwide. The EAU Guidelines on Sexual and Reproductive Health (2024) emphasize that accurate corporal sizing and precise cylinder positioning are fundamental to achieving optimal surgical outcomes and high patient satisfaction rates.
Does the Furlow tool reduce operative time?
Yes. The Furlow insertion tool streamlines the prosthesis implantation procedure by combining corporal measurement and cylinder placement into a single instrument, reducing the number of surgical steps required. Its design ensures controlled insertion through the corpus cavernosum with minimal tissue manipulation and trauma, contributing to shorter operative times. Published surgical technique guidelines note that proper use of the Furlow device facilitates efficient cylinder positioning while preventing complications such as corporal crossover, crural perforation, and urethral injury (Transl Androl Urol, 2017). The Rigicon Furlow Insertion Tool is available in both reusable and single-use configurations, offering surgeons flexibility based on cost considerations and infection control protocols. Published research confirms that single-use design reduces contamination risk compared to reusable instruments (Wilson et al., IJIR 2023, DOI: 10.1038/s41443-023-00721-5).
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