F-Scan
Fscan DUO
The Fscan DUO is in the Fscan Compact category, but does not include a DIRP function. The DUO device has built-in programs for possible pain relief. The DUO uses a very specific modulation of two signals in sine mode. It is called: Frequency Specific Micro current FSM applications. Thanks to these frequencies, pain relief can occur in various cases.
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FSCAN4
Since December 2016, the latest model range of Fscan instruments has been available. This is the 4th generation, which has extended technical parameters and improved DIRP measurement algorithms
Properties:
- Adjustable amplitudes for SQUARE and SINE wave signals
- OSCA - the new standard
- DIRP for standard scanning
- SUB SCAN mode for specific scanning
- Each frequency value can be assigned an individual setting during the application
amplitude from QUARE wave signal
WOBBLE with individual settings
ENVELOPE (amplitude oscillation between 0 Volt and assigned value)
TIMER functions
Large color touch screen 800x480 pixels with graphics capacity
Individual frequency selection
External ChipCard media storage for data management
ZOOM function as a tool to edit the result from DIRP analysis displayed as a curve
Multi signal out port :
SINE : signals 0.01 Hz to 3 MHz, DC-OFFSET
SQUARE 1 : signals 0.01Hz to 100kHz, adjustable amplitude, FULL WAVE
SQUARE 2: signals 0.01Hz to 100k Hz, adjustable amplitude, DC- OFFSET
SMART waves for greater efficiency
In addition, power port : Amplified signal for accessory drive
WIDE output bandwidth up to 15 MHz
Individual feature library of up to 460 items
Built-in EAP function as an optional STYLUS option
EAP Stylus /as an alternative/ is connected to the SENSOR – with a special cable
Power port for power applicators
Specials:
A special wave from SMART combines the main wave with high frequencies for high efficiency.
The smart card enables easy data exchange F – SCAN COMPACT and MinDevice.
The PLUS chip card enables easy data exchange between F-SCAN MOBILE and F-SCAN3 and F-SCAN4.
OSCA: a new standard
OSCam stands for "Output Signal Control Algorithm"
OSCA is a procedure that was developed with TB – Electronics. This feature is used to adjust the output signal to the application in real time. A very sensitive measurement method that is used in this procedure measures electric current in the waveform range and total resistance of microamperes.
The electric currents that are generated by the frequency generator are consistent with the impedance from "consumer" or "load". "Load" is the connection for performance. In this case, impedance means that the "load" does not behave linearly like an electrical resistor, but in the same way as a combination from a resistor and a capacitor. Therefore, the "load" is dependent on frequency and also on activated waveforms.
On high-end F-SCAN instruments, you can choose between "square" waves and "sine" waves, frequencies often range from 0.01 Hz to 3MHz. Frequency-dependent "load" means that e.g. low frequencies can have a big impact, although the flow rate of electric current is low. The highest frequency, on the other hand, can have little effect, although the electric current is high. When it all adds up, it depends on what causes the wave you choose.
In order for the application to work ideally on F-SCAN4,OSCs are introduced for the first time OSCs can be activated at different levels. You can choose between "OFF", "SENSITIVE", "STANDARD" and "HIGH", depending on the sensitivity of "load".
When OSCA is switched off, the signal strength is – depending on the amplitude – set for all waveforms. If OSCA is activated, the amplitudes continuously check the current flow rate (measured in microamperes) depending on the current being measured from the electric current. During application, the measured electric current as well as amplitude- settings are displayed in all menu menus on F-SCAN4.
The combination of DIRP (feedback logging) and OSCam is unique and will optimize the applied frequency again.
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Currently, the F-SCAN 3 is our second model series designed primarily for professional use.
Large 5.7" colour touchscreen plus the ability to display everything on your computer screen.
It combines functionality with easy and convenient operation.
This series is designed primarily for professionals.
PRODUCT FEATURES
- Adjustable amplitude for SINE and SQUARE wave signals
- For each frequency used, 6 quantities/functions can be set:
- Wave amplitude of a SINE signal
- Wave amplitude of a SQUARE signal
- Oscillation (WOBBLE) with the possibility of adjusting the bandwidth around the nominal frequency
- ENVELOPE – the function oscillates the voltage amplitude between 0 V and a specified value.
- Sweep (go) to the next function (skip the range between two adjacent frequencies)
- TIME function - setting the length of time for each frequency
- Large colour touchscreen with graphic display
- selection of individual frequencies
- External recording device MEMOSTICK for data transfer to other devices from the F-SCAN series.
- Ability to assign square wave amplitudes as a function of frequency values
- ZOOM function as a tool for editing DIRP analysis results in the form of a curve
- 2 specific output ports:
- Output port for the frequencies themselves:
- CARRIER: nosná frekvence 1Hz – 15 MHz přednastavený na 10Vpp, DC OFFSET
- SINE: sinusoidal signals 0.01 Hz to 15 MHz, adjustable amplitude, DC-OFFSET
- SQUARE 1: 0.01 Hz to 1 MHz signals, adjustable amplitude, FULL WAVE
- SQUARE 2: signals 0.01 Hz to 1 MHz, adjustable wave, DC-OFFSET (positive wave)
- POWER PORT: amplified signal for connecting other accessories
- Built-in library function for over 580 items
- Built-in EAP (electroacupuncture) analysis – possibility of meridian measurement.
- The probe (optional) is plugged into the SENSOR port
- The EAP analysis function is integrated for use by professionals
- Aluminum body
CHARACTERISTICS
Specific output ports: any output frequency of the device is available in the form of an appropriate signal.
Programs can be selected from the touchscreen: the three main program windows open when you touch their title bar.
In them it is possible to touch to change settings and functions, their selection and starting.
Controls can be learned quickly. Detailed instructions for use are supplied with the device.
Preset factory values for common applications facilitate quick use of the device.
OBSAN PACKAGING FSCAN 3
- Universal power supply
- Stainless steel handheld electrodes
- Cable for hand electrodes
- Finger sensor
- 2 sets of adhesive gel electrodes (flat)
- Cable for gel electrodes
- MEMOSTICK
- USB cable
- Software
- Manual
Product design, specifications and prices are subject to change without notice.
-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
After more months of successful testing, we present you the device F-SCAN COMPACT, which greatly assists in determining precise frequencies, thanks to the unique Dual Integration Resonance Procedure (DIRP) function of dual-integrated resonance.
The DIRP function offers the possibility of automatic resonance analysis (frequency measurement).
The DIRP function subjects the body to the rapid action of frequencies and monitors its resonant response.
The standard DIRP function performs scanning in the range from 80,000 Hz to 560,000 Hz. Based on many years of experience, scanning below 80,000 Hz does not give valid results. If necessary, the lower and upper limits may be extended. The instrument calculates stepping by dividing the array of frequencies between the boundaries into 500 equal steps. You can monitor the progress of the analysis on the display. The resulting resonances are displayed in the form of a graph.
The actual measurement of resonances is very simple. Requires 5 minutes. After the measurement has passed, a graph is displayed on the display, where the displayed frequency values can be easily written. Taking into account values above 10% of the displayed analysis.
These values are then programmed into a Super Ravo Zappra or plasma generator. These frequencies are unique after this application.
The displayed values can then be compared with the frequencies of Dr. Huldy Clark, where the figure can be detected and identified.
Fscan DUO
The Fscan DUO is in the Fscan Compact category, but does not include a DIRP function. The DUO device has built-in programs for possible pain relief. The DUO uses a very specific modulation of two signals in sine mode. It is called: Frequency Specific Micro current FSM applications. Thanks to these frequencies, pain relief can occur in various cases.
---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
FSCAN4
Since December 2016, the latest model range of Fscan instruments has been available. This is the 4th generation, which has extended technical parameters and improved DIRP measurement algorithms
Properties:
- Adjustable amplitudes for SQUARE and SINE wave signals
- OSCA - the new standard
- DIRP for standard scanning
- SUB SCAN mode for specific scanning
- Each frequency value can be assigned an individual setting during the application
amplitude from QUARE wave signal
WOBBLE with individual settings
ENVELOPE (amplitude oscillation between 0 Volt and assigned value)
TIMER functions
Large color touch screen 800x480 pixels with graphics capacity
Individual frequency selection
External ChipCard media storage for data management
ZOOM function as a tool to edit the result from DIRP analysis displayed as a curve
Multi signal out port :
SINE : signals 0.01 Hz to 3 MHz, DC-OFFSET
SQUARE 1 : signals 0.01Hz to 100kHz, adjustable amplitude, FULL WAVE
SQUARE 2: signals 0.01Hz to 100k Hz, adjustable amplitude, DC- OFFSET
SMART waves for greater efficiency
In addition, power port : Amplified signal for accessory drive
WIDE output bandwidth up to 15 MHz
Individual feature library of up to 460 items
Built-in EAP function as an optional STYLUS option
EAP Stylus /as an alternative/ is connected to the SENSOR – with a special cable
Power port for power applicators
Specials:
A special wave from SMART combines the main wave with high frequencies for high efficiency.
The smart card enables easy data exchange F – SCAN COMPACT and MinDevice.
The PLUS chip card enables easy data exchange between F-SCAN MOBILE and F-SCAN3 and F-SCAN4.
OSCA: a new standard
OSCam stands for "Output Signal Control Algorithm"
OSCA is a procedure that was developed with TB – Electronics. This feature is used to adjust the output signal to the application in real time. A very sensitive measurement method that is used in this procedure measures electric current in the waveform range and total resistance of microamperes.
The electric currents that are generated by the frequency generator are consistent with the impedance from "consumer" or "load". "Load" is the connection for performance. In this case, impedance means that the "load" does not behave linearly like an electrical resistor, but in the same way as a combination from a resistor and a capacitor. Therefore, the "load" is dependent on frequency and also on activated waveforms.
On high-end F-SCAN instruments, you can choose between "square" waves and "sine" waves, frequencies often range from 0.01 Hz to 3MHz. Frequency-dependent "load" means that e.g. low frequencies can have a big impact, although the flow rate of electric current is low. The highest frequency, on the other hand, can have little effect, although the electric current is high. When it all adds up, it depends on what causes the wave you choose.
In order for the application to work ideally on F-SCAN4,OSCs are introduced for the first time OSCs can be activated at different levels. You can choose between "OFF", "SENSITIVE", "STANDARD" and "HIGH", depending on the sensitivity of "load".
When OSCA is switched off, the signal strength is – depending on the amplitude – set for all waveforms. If OSCA is activated, the amplitudes continuously check the current flow rate (measured in microamperes) depending on the current being measured from the electric current. During application, the measured electric current as well as amplitude- settings are displayed in all menu menus on F-SCAN4.
The combination of DIRP (feedback logging) and OSCam is unique and will optimize the applied frequency again.
------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
Currently, the F-SCAN 3 is our second model series designed primarily for professional use.
Large 5.7" colour touchscreen plus the ability to display everything on your computer screen.
It combines functionality with easy and convenient operation.
This series is designed primarily for professionals.
PRODUCT FEATURES
- Adjustable amplitude for SINE and SQUARE wave signals
- For each frequency used, 6 quantities/functions can be set:
- Wave amplitude of a SINE signal
- Wave amplitude of a SQUARE signal
- Oscillation (WOBBLE) with the possibility of adjusting the bandwidth around the nominal frequency
- ENVELOPE – the function oscillates the voltage amplitude between 0 V and a specified value.
- Sweep (go) to the next function (skip the range between two adjacent frequencies)
- TIME function - setting the length of time for each frequency
- Large colour touchscreen with graphic display
- selection of individual frequencies
- External recording device MEMOSTICK for data transfer to other devices from the F-SCAN series.
- Ability to assign square wave amplitudes as a function of frequency values
- ZOOM function as a tool for editing DIRP analysis results in the form of a curve
- 2 specific output ports:
- Output port for the frequencies themselves:
- CARRIER: nosná frekvence 1Hz – 15 MHz přednastavený na 10Vpp, DC OFFSET
- SINE: sinusoidal signals 0.01 Hz to 15 MHz, adjustable amplitude, DC-OFFSET
- SQUARE 1: 0.01 Hz to 1 MHz signals, adjustable amplitude, FULL WAVE
- SQUARE 2: signals 0.01 Hz to 1 MHz, adjustable wave, DC-OFFSET (positive wave)
- POWER PORT: amplified signal for connecting other accessories
- Built-in library function for over 580 items
- Built-in EAP (electroacupuncture) analysis – possibility of meridian measurement.
- The probe (optional) is plugged into the SENSOR port
- The EAP analysis function is integrated for use by professionals
- Aluminum body
CHARACTERISTICS
Specific output ports: any output frequency of the device is available in the form of an appropriate signal.
Programs can be selected from the touchscreen: the three main program windows open when you touch their title bar.
In them it is possible to touch to change settings and functions, their selection and starting.
Controls can be learned quickly. Detailed instructions for use are supplied with the device.
Preset factory values for common applications facilitate quick use of the device.
OBSAN PACKAGING FSCAN 3
- Universal power supply
- Stainless steel handheld electrodes
- Cable for hand electrodes
- Finger sensor
- 2 sets of adhesive gel electrodes (flat)
- Cable for gel electrodes
- MEMOSTICK
- USB cable
- Software
- Manual
Product design, specifications and prices are subject to change without notice.
-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
After more months of successful testing, we present you the device F-SCAN COMPACT, which greatly assists in determining precise frequencies, thanks to the unique Dual Integration Resonance Procedure (DIRP) function of dual-integrated resonance.
The DIRP function offers the possibility of automatic resonance analysis (frequency measurement).
The DIRP function subjects the body to the rapid action of frequencies and monitors its resonant response.
The standard DIRP function performs scanning in the range from 80,000 Hz to 560,000 Hz. Based on many years of experience, scanning below 80,000 Hz does not give valid results. If necessary, the lower and upper limits may be extended. The instrument calculates stepping by dividing the array of frequencies between the boundaries into 500 equal steps. You can monitor the progress of the analysis on the display. The resulting resonances are displayed in the form of a graph.
The actual measurement of resonances is very simple. Requires 5 minutes. After the measurement has passed, a graph is displayed on the display, where the displayed frequency values can be easily written. Taking into account values above 10% of the displayed analysis.
These values are then programmed into a Super Ravo Zappra or plasma generator. These frequencies are unique after this application.
The displayed values can then be compared with the frequencies of Dr. Huldy Clark, where the figure can be detected and identified.
