DEXELL SUI, Stress Urinary Incontinence treatment KIT


The cross-linked hyaluronic acid (Hylan gel) primarily functions as a means of transport for the dextranomer microparticles stimulating the connective tissue.

Dexell SUI is a viscous gel, with no-animal origin, biodegradable and biocompatible.

Stress Urinary Incontinence (SUI) is a complex and prevalent health problem, especially for women.

The main choice should be that to grant the least invasive treatment as possible, avoiding any potential complications for patients. One of the possible treatment concerns the injection of “bulking agents”.

The Biomaterial should be elastic, easy to inject and viscous in order to prevent leakages from the injection site. Indeed, only elastic micro particles can provide a sufficient closure of the urethra.

DEXELL SUI’s microparticles have been especially engendered to stimulate the creation of new soft tissue (bulking agents).

The sub mucosal implantation in the mid-urethra region has to be easy to handle through a special applicator useful to guide the needle of the syringe.

The implantation method with DEXELL SUI is properly designed to be minimally invasive and to grant such accuracy to create a bolus in the position at 3, 6, 9 and 12 o’clock.

The treatment with DEXELL SUI can be performed under local anaesthesia and at outpatient clinic, allowing the patient to avoid hospitalisations and to go back home the same day.


DEXELL SUI has been especially created to grant high safety and minimum stress for the patient.
It grants an excellent wound-healing with a minimal inflammatory response.


  • Controlled implantation at 4 different positions
  • No need for general anaesthesia
  • No need for hospitalisation procedures after the treatment
  • Application under local anaesthesia
  • Short stay in hospital
  • Long lasting effects
  • Minimally invasive and safe interference
  • Immediate results

Final permanent solution


  • Non immunogenic
  • Biocompatible
  • Non allergic
  • Biodegradable
  • Long Lasting
  • No migration
  • No rigidity