Stratacel advanced post fractional surgery dressing, 10 g, Synerga Pharmaceuticals

Advanced dressing after fractional interventions Stratacel, 10 g, Synerga Pharmaceuticals

Stratacel is a new advanced dressing in the form of silicone gel designed for rapid re-epithelialization of damaged or compromised tissue following fractional skin procedures.

Properties:
- it is a class II medical device;
- it dries and forms a barrier that stops water loss at the cellular level and prevents the risk of bacterial or chemical contamination;
- this new protective film created is gas permeable and water resistant, but does not strongly adhere to the wound bed or newly formed granulation tissue;
- creates an optimal microclimate for the healing of wounds, superficial wounds and burns;
- this microclimate causes rapid re-epithelialization and reduces the inflammatory response, thus reducing the recovery time required following medical procedures;
- can be used after cosmetic procedures such as: fractional laser procedures, superficial chemical peeling, fractional procedures for tattoo removal, microblading, microneedling, fractional radiofrequency, vaginal rejuvenation, other fractional procedures;
- can be used after medical procedures, such as: cryosurgery (actinic keratosis), post 5-FU therapy, medical tattooing (eg post breast reconstruction), inflammatory skin changes;
- it is well tolerated and is recommended for all categories of people, including people with sensitive skin;
- not suitable for exudative wounds, tunneled wounds or third degree burns.

Active ingredients:
Polydimethylsiloxanes, siloxanes, alkylmethyl silicones.

Way of ussage:
Treatment of wounds after superficial resurfacing procedures (superficial chemical peeling, microdermabrasion, microblading, microneedling) - 1-2 applications per day for a minimum of 30 days.
Treatment of wounds after fractional laser procedures - 1-2 applications per day for 30-60 days.
Provides treatment on a 6 cm x 6 cm surface if applied twice a day for 60 days.

Presentation:
10 g