Skin-pH-Meter PH 905
pH-Measurement on Skin and Scalp
The Skin-pH-Meter PH 905 is a quick, easy and economical tool to specifically measure the pH on the skin surface or the scalp or nails.
Advantages of the Skin-pH-Meter
- The modern, high quality electronics of the probe allow a very quick (1 s) and reliable measurement avoiding occlusion effects.
- Continuous measurement over long-term periodes possible, e.g. for in-vitro applications.
- The probe head is planar for measuring optimally on the skin surface.
- Single and continuous measurement possible.
- pH is expressed with one decimal.
- Regular calibration can be done by the user.
- Worldwide established instrument with a broad range of studies.
The Skin-pH-Meter PH 905 is available as a stand-alone device, in the Derma Unit SSC 3, connectable to the MPA systems, or as a wireless probe (please see details in Basic Probe Systems).
The Measurement Principle
Fields of Applications
There are many fields of application where changes in skin pH are of interest.
- In pharmaceutical, cosmetic and household application fields for the development of specific products (skin care, hair care, detergents, pharmaceuticals, etc.) and claim support
- Typical claims (examples) substantiated with the Skin-pH-Meter: pH-neutral, respects skin pH, for sensitive skin, protecting, restoring/repairing, balancing/normalizing, soothing, cleaning/purifying, anti-acne, anti-dandruff, anti-bacterial, anti-pollution, and many more
- In dermatological basic research in humans and animals.
- In occupational health to show the importance of the application of skin protection products in certain work areas the application of skin protection products in certain work areas
Technical Data
Probe only:
Dimensions: 26.5 cm, Cable length: approx. 1.3 m, Measuring surface: Ø 12 mm (flat head), Weight: 116 g
Measurement range: pH 0 to pH 11, Measurement uncertainty: ± pH 0.1
For the technical data of the wireless probe, please see Basic Probe Systems.
Technical changes may be made without prior notice.
 
                                             
                                             
 
        
         
        
         
        
         
        
        

