The professional's guide to product selection
The 4th-generation DermLite Dermatoscope has been designed from the ground up to be more refined in every detail. A smooth, ergonomically optimised all-aluminium design, DermLite DL4 provides versatility, large optics and instant on/off control.
The newest fourth generation DermLite achieves brighter white illumination in both the polarised and non-polarised modes. With its smooth, ergonomically optimised all-aluminum design that comfortably molds to your hand, DermLite DL4W provides phenomenal versatility, the largest optics of any pocket-size DermLite, and instant on/off control.
Hybrid dermatoscope with a novel variable polarisation system to support clinical workflows. Allows visualisation of extremely superficial structures under parallel polarisation and, by scrolling through the entire polarisation range, optical exploration of a lesion’s visual depths.
Dermol 200 is an antimicrobial shower emollient for direct application onto the skin and is suitable for use as a soap substitute. It contains 5% emollient oils and the well-known and effective antiseptics, benzalkonium chloride and chlorhexidine dihydrochloride, in a non-greasy aqueous system. Its antimicrobial properties assist in overcoming infection, whether from Staphylococcus aureus, the pathogen that often complicates eczema and associated pruritus, or secondary infection caused by scratching. As a non-ionic emollient soap substitute, it also cleanses the skin, helping to remove surface debris without removing the skin’s natural oils
Dermol 500 is an antimicrobial emollient for direct application onto the skin and is suitable for use as a soap substitute. It contains emollient oils (5%) in a non-greasy aqueous system, together with the well-known and effective antiseptics benzalkonium chloride and chlorhexidine dihydrochloride. Its antimicrobial properties assist in overcoming infection, whether from Staphlycoccus aureus, which often complicates eczema and associated pruritus, or secondary infection caused by scratching. As a non-ionic emollient soap substitute, it cleanses the skin, helping to remove surface debris without removing the skin’s natural oils
Dermol 600 is an antimicrobial bath emollient that rehydrates the keratin by replacing lost lipids. It contains 50% oils emulsified in water and a well-known antiseptic, benzalkonium chloride, which helps overcome secondary infection
Dermol Cream is an antimicrobial emollient cream that can also be used as a soap substitute. It contains 20% of emollient oils in a non-greasy aqueous cream, as well as the well-known and effective antiseptics, benzalkonium chloride and chlorhexidine dihydrochloride. Its antimicrobial properties assist in overcoming infection, whether from Staphlyococcus aureus, which often complicates eczema and associated pruritus, or secondary infection caused by scratching
Dermol Wash is an antimicrobial emollient for direct application onto the skin and is suitable for use as a soap substitute. It contains 5% of emollient oils in a non-greasy aqueous system that also contains the following two antiseptics: benzalkonium chloride and chlorhexidine dihydrochloride. Its antimicrobial properties assist in overcoming infection, whether from Staphylococcus aureus, the pathogen that often complicates eczema and associated pruritus, or secondary infection caused by scratching. As it contains a non-ionic emollient soap substitute, the skin will be cleansed, helping to remove surface debris without removing the skin’s natural oils
Dermovate contains clobetasol propionate, a very potent corticosteroid with topical anti-inflammatory activity. The major effect of clobetasol propionate on skin is a non-specific anti-inflammatory response, partially due to vasoconstriction and a decrease in collagen synthesis
Dermovate contains clobetasol propionate, a highly active corticosteroid with topical anti-inflammatory activity. The major effect of clobetasol propionate on skin is a non-specific anti-inflammatory response, which is partially due to vasoconstriction and decrease in collagen synthesis