LAVANOX^®®-Serag^® Wound Spray is a medical device based on an electrochemically activated mineral salt solution with <0.08% sodium hypochlorite/hypochlorous acid (NaOCl/HOCl). The sodium hypochlorite/hypochlorous acid contained in LAVANOX^®®-Serag^® is a reliable and effective preservative and makes LAVANOX^®®-Serag^® a well-tolerated and efficient wound irrigation solution. The mechanical effect of LAVANOX^®®-Serag^® ensures thorough cleansing of the wound and surrounding area, thus creating a milieu that promotes healing. It also eliminates unpleasant wound odours quickly and reliably.

LAVANOX^®®-Serag^® is used for the cleansing, moistening, mechanical decontamination, and prevention of wound infection; it is suitable for both acute and chronic wounds, especially contaminated and dirty wounds with a high risk of infection.
LAVANOX^®®-Serag^® helps to remove biofilms and fibrinoid residues efficiently and gently and enables a relatively painless removal of dressings that are encrusted and difficult to detach. LAVANOX^®®-Serag^® Wound Irrigation Solution 1000 ml is suitable for negative pressure wound therapy (NPWT).

The electrolysis process reduces the cluster size of the water from 15-20 molecules to approx. 5-7 molecules, thereby significantly reducing the surface tension.^1,4 This enables effective cleaning in even the most difficult-to-access wound areas.^1,4 This mechanical rinsing effect allows LAVANOX^®®-Serag^® to significantly reduce the microbial load of the wound and achieve an effective and fast cleaning performance. ⁸ Furthermore, if used regularly, it can prevent an infection of the wound.

LAVANOX^®®-Serag^® Wound Irrigation Solution and LAVANOX^®®-Serag^® Wound Spray are medical devices based on an electrochemically activated mineral salt solution with <0.08% sodium hypochlorite/hypochlorous acid (NaOCl/HOCl). The sodium hypochlorite/hypochlorous acid contained in LAVANOX^®®-Serag^® is a reliable and effective preservative and makes LAVANOX^®®-Serag^® a well-tolerated and efficient wound irrigation solution. The mechanical effect of LAVANOX^®®-Serag^® ensures a thorough cleansing of the wound and surrounding area, thus creating a milieu that promotes healing. It also eliminates unpleasant wound odours quickly and reliably.

LAVANOX^®®-Serag^® is used for the cleansing, moistening, mechanical decontamination and prevention of infection of the wound; it is suitable for both acute and chronic wounds, especially contaminated and dirty wounds with a high risk of infection.
LAVANOX^®®-Serag^® helps to remove biofilms and fibrinoid residues efficiently and gently and enables a relatively painless removal of dressings that are encrusted and difficult to detach. LAVANOX^®®-Serag^® Wound Irrigation Solution 1000 ml is suitable for use in negative pressure wound therapy (NPWT).

The electrolysis process reduces the cluster size of the water from 15-20 molecules to approx. 5-7 molecules, thereby greatly reducing the surface tension.^1,4 This enables effective cleaning in even the most difficult to access wound areas.^1,4 This mechanical rinsing effect allows LAVANOX^®®-Serag^® to significantly reduce the microbial load of the wound and achieve an effective and fast cleaning performance. ⁸ Furthermore, if used regularly, it can prevent an infection of the wound.

LAVANOX^®®-Serag^® Wound Irrigation Solution and LAVANOX^®®-Serag^® Wound Spray are medical devices based on an electrochemically activated mineral salt solution with <0.08% sodium hypochlorite/hypochlorous acid (NaOCl/HOCl). The sodium hypochlorite/hypochlorous acid contained in LAVANOX^®®-Serag^® is a reliable and effective preservative and makes LAVANOX^®®-Serag^® a well-tolerated and efficient wound irrigation solution. The mechanical effect of LAVANOX^®®-Serag^® ensures a thorough cleansing of the wound and surrounding area, thus creating a milieu that promotes healing. It also eliminates unpleasant wound odours quickly and reliably.

LAVANOX^®®-Serag^® is used for the cleansing, moistening, mechanical decontamination and prevention of infection of the wound; it is suitable for both acute and chronic wounds, especially contaminated and dirty wounds with a high risk of infection.
LAVANOX^®®-Serag^® helps to remove biofilms and fibrinoid residues efficiently and gently and enables a relatively painless removal of dressings that are encrusted and difficult to detach. LAVANOX^®®-Serag^® Wound Irrigation Solution 1000 ml is suitable for use in negative pressure wound therapy (NPWT).

The electrolysis process reduces the cluster size of the water from 15-20 molecules to approx. 5-7 molecules, thereby greatly reducing the surface tension.^1,4 This enables effective cleaning in even the most difficult to access wound areas.^1,4 This mechanical rinsing effect allows LAVANOX^®®-Serag^® to significantly reduce the microbial load of the wound and achieve an effective and fast cleaning performance. ⁸ Furthermore, if used regularly, it can prevent an infection of the wound.

LAVANID^®® Wound Gels are suitable for moistening wounds and for the preservative moistening of dressings and compresses. Preservative-moistened dressings reduce the risk of bacterial spread from the wound into the patient’s surroundings and protect the wound against bacterial invasion from the outside. LAVANID^®® Wound Gels are also very well suited for use in poorly healing and sensitive wounds as well as for autolytic debridement.
Chronic wounds generally have impaired wound healing, so treatment with preparations that are particularly well tolerated by the tissues is indicated.

LAVANID^®® Wound Gels are suitable for moistening wounds and for the preservative moistening of dressings and compresses. Preservative-moistened dressings reduce the risk of bacterial spread from the wound into the patient’s surroundings and protect the wound against bacterial invasion from the outside. LAVANID^®® Wound Gels are also very well suited for use in poorly healing and sensitive wounds as well as for autolytic debridement.
Chronic wounds generally have impaired wound healing, so treatment with preparations that are particularly well tolerated by the tissues is indicated.