Home
Mission
Research
  Wolfe Papers
MEAD
Case Studies

Avazzia Practitioner Network
Clinical Applications
News & Events
Testimonials
Contact Us
Overview | Origin | Detector | Function | Products | Requirements | Specifications | FAQ | Mead Presentation

Detector


Constant Pressure Detecting Module

There are two kinds of Detecting Module, one is Enhanced Detecting Module (EDM) for ME-100, ME-20 and ME-10, and the other is Constant Pressure Detecting Module (CPDM), which can balance pressure, which is attached on ME-Pro. The most noticeable advantage of CPDM is you can control your pressure at the degree between 120g and 140g when you are measuring. Under the status of stabilization, it can effectively decrease man-made errors because of not balancing pressure. This is the first balancing-pressure Detecting Module in the world. We have applied two patents for the two Detecting Module.

 

Enhanced Detecting Module

At the part of metal,we adopt stainless material, using metal’s primitive colors, not electroplate them, fabricating probe tie-in and handle which is clap mode. The metal part of the probe is able to endure acid and bear alkali (including the probe handle and black clamp). The biggest distinction between stainless and electroplate materials is durability. The probe will not oxidize for not using for a long time, even though the probe end is dipped with salt water or in contact with human sweat. Please remember that you only need to clean the surface of metal using waterish fabric when you maintain the probe. Please do not clean them by using other solvent or lubricating oil.

     

Na Ion Conductor Cotton

For the special characteristics of MEAD, we asked Dr, Liu of London University, Material Engineering Institute to research and fill a prescription for MEAD, he designed the first Na-Ion Conductive Cotton for energy medical.

The sop characteristic and water absorbing degree are more than 3 times than common cottons. With organic material added, its conductibility and balance degree are higher than normal cottons. Through clinic experience, it greatly improves stability; furthermore, when applied clinically, its convenience is higher than traditional cottons.

The characters of Na Ion conductor cotton

Once the cotton dip into salt water, its anti-germ impact will disappear. After the NIC Cotton soaked with salt water, it will regain its characteristic and plasticity.

But the content of Na Ion will lose slowly with the number of times of dipping salt water. But since conduct electricity degree decreases, it will affect its stability. The NIC Cotton needs to be replaced after finishing using every time.

 
Copyright © 2007 The Wolfe Foundation. All Rights Reserved.