Courage + Khazaka electronic GmbH

Tewameter Triple TM 330T - Three Heads in one Probe of the Worldwide Most Used Device for Transepidermal Water Loss

SKN_TM330T

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Tewameter® Triple TM 330T 

Three Heads in one Probe of the Worldwide Most Used Device for Transepidermal Water Loss

With this innovative new probe of the Tewameter® a variety of additional options are available for the users.
 

Advantages & Fields of Application

Why using 3 Tewameter® heads at the same time?
The Tewameter® Triple TM 330T offers all advantages of the "open chamber measurement" and has additional benefits:

  • Extremely accurate and quick measurement of the TEWL without changing skin structure and the microclimate of the skin (pressure, occlusion, temperature). The small measurement chambers minimize the air turbulences inside the probe.
  • The three probe heads can be placed independently and completely flexible on the skin surface, e.g. close together or further apart. The setting is very easy.
  • With three probe heads a larger skin area can be measured reproducibly and very fast.
  • During the measurement the software shows the TEWL-value, the average and the standard deviation of each head. The overall average is also automatically calculated.
  • A measurement on three different skin sites (e.g. three different products) can be performed simultaneously under the very same environmental conditions in a very short time.
  • A suitcase to transport the probe serves at the same time as check calibration facility.
The Tewameter® Triple TM 330T can be connected to the MPA-systems.

Other related probes available:
  • Tewameter® TM Hex: the ultimative TEWL measurement with one head
  • Tewameter® TM Nano: ideal tool for small or difficult to reach skin sites (e.g. nail, lips, scalp with hair)
  • Invitro Tewameter® VT 310: TEWL measurement directly on Franz cells
  • Tewitro® TW 24: TEWL measurement on up to 24 cultured skin wells simultaneously.

 

Measurement Principle

The open chamber measurement of the Tewameter® is the only method to assess the TEWL continuously, which is necessary for most applications without influencing the skin surface. Numerous studies are available.

Tewameter principle

 


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