Copyright "LD
Diagnostics"
About us
Policy
Contact us
Home
ESTECK
COMPLEX
Manufacturer: LD Technology LLC, USA; Distributor: LD
Diagnostics Co.
Functional diagnostics
Module
EIS-BC
EIS (Electro Interstitial Scan) evaluates the conductivity of
22 parts of the human body in bipolar mode between 6 tactile electrodes using a
direct current and by applying the following mathematical formulae:
Cottrell
Equation: the software allows the estimation of interstitial electrolytes and
interstitial acid base balance.
BIA: estimation of the interstitial fluid
volume and the software’s calculations allows the estimation of the tissue
Oxygen delivery and microcirculation pressure.
Venn diagram and Maxwell
equation on the ESG values: the software calculates and provides a modeling of
the human body which represents the interstitial fluid conductivity of the human
body systems.
BC (Body composition) evaluates
the resistance and the reactance in tetra polar mode between the right hand and
right foot with a mono frequency of 50 KHz. The resistance and reactance
calculate will be converting in body composition parameters (TWB, Fat Free mass,
fat mass) according to the predictive equations of BIA (Body Index Analysis)
issue from the peer reviews.

Hardware Modules and Features:
USA: FDA 510K Clearance Class 2
Electro Sensor Teck Model
PEMS1
Regulatory Class II 510 K 083229
21 CFR 870.2300
Canada:
Class III
Europe: Class IIa
The ES TECK COMPLEX software runs with
the 2 hardware modules (PEMS or EIS-BC)
Module
PEMS
Pulse Oximeter displays SpO2%, pulse rate value and vertical bar
graph pulse amplitude. The photoelectrical Plethysmograph’ feature (PP) analyzes
the pulse waveform provided by the oximeter. The mathematical analyses provide
estimated indicators of the vascular system.
HRV (Heart Rate
Variability) evaluates the variation of the heart rate, both in the time domain
(statistical methods) and in the frequency domain (spectral analysis). Each QRS
complex is detected and the so-called normal-to-normal (NN) or Rate-to-Rate (RR)
intervals between adjacent QRS complexes are the result of sinus node
depolarization. The mathematical analyses of the measurement provide estimated
indicators of the ANS (Autonomic Nervous System).
Indications or
Intended use
Indications
or Intended use
According to the features:
1. EIS
module:
Monitoring of diseases ‘ treatments
Adjunct to conventional
diagnosis of ADHD children
2.
BIA module:
Calculation and Historical Tracking of:
Actual Impedance
Actual Phase Angle (PA)
Estimated Body Fat (FAT)
Estimated Fat Free
Mass (FFM)
Estimated Total Body Water (TBW)