We do not publish testimonies from our customers on our website for legal reasons, however we are permitted to publish criticism and respond to them.
Criticisms originate primarily from our business competitors and these criticisms are answered on this page.
Criticisms originate primarily from our business competitors and these criticisms are answered on this page.
Effectiveness
Washer Dancing
Many people think that the proof of the effectiveness of a magnetic pulser is its ability to flip a washer. The washers must be made of steel (not stainless steel). This is not a test for a coin as most coins do not have much or any ferrous metal in them. As is explained below, Klemens Pulsers can certainly move ferrous containing metal washers around, but dancing/jumping coins is not a good example of how PEMF devices work. The 'on' time is what counts and the Klemens Spectrum PEMF unit has an 'on' time of 2.7 millionths of a second. In one second, the pulse is turned on/off 180 times. The power produced is more than sufficient to shoot a metal washer through the air, but because the magnet is turned on/off so quickly, the super power of the unit is not demonstratable by a jumping washer. This is concept should be easily understood by those who purport to deal with electronic equipment.
Electro-magnets are turned 'on' and 'off' depending on when electricity/power flows through them. When they are conveying electricity, the magnet is turned 'on.' When the power is not flowing, the magnetic properties cease to exist, until the power flows through the circuit again. When the 'on/off' process occurs extremely rapidly as in the high-end Klemens PEMF units, it can appear that 'nothing' is happening. To convey such nonsense to others is not only ridiculous and unscientific but seems intentionally misleading.
We can only wonder why a competitor who professes to understand PEMF and electronic principles, might create videos that present misleading information about Klemens PEMF products. We can only assume that there might be a financial motive for the videos.
Our competitiors usually have a unit that has a long 'on' time and they use high voltage. They can certainly flip a washer, but their unit can only run for a very limited time - perhaps 8 minutes - without overheating the coil. Klemens Pulsers use low voltage and high amperage/current and short pulse duration. We have achieved elusive "perfect balance" of frequency and duration. This has resulted in our customers being able to use the unit for much longer periods of time, which they were demanding. Our unique design produces units that can operate for very extended time periods without overheating while still achieving positive results. Our units are very effective and are praised by our customers. some of whom report that they have achieved results with Klemens Pulsers which they were unable to achieve with our competitors' slow speed units.
In the formula to calculate Gauss (the strength of a magnetic field), duration of the pulse is not part of the equation.
Electro-magnets are turned 'on' and 'off' depending on when electricity/power flows through them. When they are conveying electricity, the magnet is turned 'on.' When the power is not flowing, the magnetic properties cease to exist, until the power flows through the circuit again. When the 'on/off' process occurs extremely rapidly as in the high-end Klemens PEMF units, it can appear that 'nothing' is happening. To convey such nonsense to others is not only ridiculous and unscientific but seems intentionally misleading.
We can only wonder why a competitor who professes to understand PEMF and electronic principles, might create videos that present misleading information about Klemens PEMF products. We can only assume that there might be a financial motive for the videos.
Our competitiors usually have a unit that has a long 'on' time and they use high voltage. They can certainly flip a washer, but their unit can only run for a very limited time - perhaps 8 minutes - without overheating the coil. Klemens Pulsers use low voltage and high amperage/current and short pulse duration. We have achieved elusive "perfect balance" of frequency and duration. This has resulted in our customers being able to use the unit for much longer periods of time, which they were demanding. Our unique design produces units that can operate for very extended time periods without overheating while still achieving positive results. Our units are very effective and are praised by our customers. some of whom report that they have achieved results with Klemens Pulsers which they were unable to achieve with our competitors' slow speed units.
In the formula to calculate Gauss (the strength of a magnetic field), duration of the pulse is not part of the equation.
Andrey D from BBMPulser's Review of the Klemens Spectrum
058 Review model SP-1 Klemens Spectrum "Energy in Your Hands" (250 Gauss output)
Anton Klemens' Video Demonstrating the Spectrum Producing 180 pulses per second
Anton Klemens' Video In-Depth Reply to Andrey D's 'Review' (below)
Written notes: Anton Klemens' Reply to Andrey D's 'Review'
NOTE:
We have prepared an in-depth video (above) to answer all of Andrey D's criticisms of the Klemens Spectrum. It s also available to view on Youtube. We especially addresss all the guass calculations.
NOTE:
We have prepared an in-depth video (above) to answer all of Andrey D's criticisms of the Klemens Spectrum. It s also available to view on Youtube. We especially addresss all the guass calculations.
Short Reply (for detailed answer, scroll further down)
Andrey D does not disclose that he is a manufacturer of magnetic pulsers, so it appears that his ‘reviews’ might possibly be biased in his comments or PEMF devices manufactured by other companies. It appears that Andrey D does not disclose his name, address, mobile phone number or land line number, nor even his business name. Perhaps he does not want to receive feedback from his customers or to supply after-sales and repair services. In contrast, Klemens Pulsers disclose all contact details and have been producing PEMF units for over 20 years. Our company is well established, trading internationally and is registered with ASIC. While not intending to accuse Andrey D of intentionally being dishonest, it seems his own actions lead one to form that conclusion. Andrey D published 2 videos on his YouTube channel that supposedly reviewed one of our Klemens Pulsers. I watched the first video. The information was erroneous in the extreme, but when I wrote 3 comments on his YouTube video ‘review,’ Andrew D removed the comments without acknowledgement and without correcting the errors that were pointed out by my comments. What is Andrey D’s motive? Perhaps his ambition is to direct traffic to his YouTube channel by presenting his competitors’ PEMF units in a very bad light compared to his own products. In short, he endeavours to cast aspersions on our honesty in order to prevent potential customers purchasing from us and instead, purchase one of his units. So if you want a quick unbiased review of Klemens Pulsers, just pop over to Ebay, search for our products and you will notice that we have 100% positive feedback. We also have excellent feedback from our customers, many of whom are repeat customers. One of the errors that Andrey D (and Sota) makes in his ‘review’ is that the strength of a PEMF unit (pulser) can be determined by how high the pulse can flips a coin, how much metal it can bend or by using the Sypris Gauss Tesla meter model 5170/5180. All three ‘tests’ are unscientific and inaccurate.
According to the manufacturer, the gauss meter that Andrey D and Sota use to test their units’ strength, is ONLY capable of measuring 1 & 2 of the following:
In PEMF, the pulses switch on and off, but there are no pulses in a permanent magnet – which is static. There are expensive gauss meters that are sensitive enough to measure pulses up to 5 milliseconds and up to 800 gauss but there are none that we have found that can read to 3 microseconds at 3 Tesla gauss levels that Klemens Pulsers operate at.
Klemens Pulsers produce a PEMF (pulsed electro-magnetic field) that pulse with a
square wave.
One side of the paddle will produce a pulsed positively charged magnetic field while the other side will produce a pulsed negatively charged magnetic field.
Slow speed pulsers have a long ‘on’ time and an even longer ‘off’ time. The long ‘on’ time is sufficient to enable a reading on the Sypris gauss meter (see photo below), but the reading might be inaccurate as the Sypris meter manufacturer does not specify an ‘on’ time that would provide an accurate reading.
The Syris gauss meter is used by Andrey D and Sota to substantiate their product claims and testing other manufacturers PEMF devises. The Syris gauss meter’s manufacturers do not claim that their unit can accurately measure the pulses produced by PEMF devices. In the information below, we have a link to a gauss meter that can measure PEMF with a sensitivity rating of up to 5 milliseconds and up to a maximum of 800 gauss.
See below for more detailed descriptions of our gauss calculations. (I have not seen any other manufacturer describe these details).
Andrey D’s top of the range PEMF unit, when set on the highest speed at 2 Tesla, can only operate for a 4 minutes 15 seconds maximum time period, before over-heating and only achieves a maximum of 120 pulses in that time. Andrey D does not appear to publish the resting time required before the paddle is cool enough to start another PEMF session. A pulse counter is mounted in his unit to display his limited 120 pulses. In contrast, the Klemens Spectrum operates at 180 pulses per second. The Spectrum will have completed a total of 45,900 pulses at 2.6Tesla in the same time period of 4 minutes and 15 seconds. It’s like comparing a single shot rifle to a machine gun. The measure of a device is not only the strength of each pulse but how many pulses is it capable of producing in a given time period. A machine gun action requires a more robust, heavy-duty unit.
Andrey D states that he has purchased two Klemens Pulsers and it appears that he has taken some of Klemens Pulsers concepts and has tried to adopt/adapt them and applied them to his latest unit.
According to the manufacturer, the gauss meter that Andrey D and Sota use to test their units’ strength, is ONLY capable of measuring 1 & 2 of the following:
- STATIC DC magnetic fields – non-pulsed fields, created by a permanent magnet;
- AC magnetic fields - a field formed by a sine wave that alternates from positive to negative, at 50 cycles per second (and it is considered harmful to humans) and;
- PEMF devices – produce DC pulsed magnetic fields. These are similar to permanent magnets, except that the field is pulsing. Published research claims that PEMF can be beneficial.
In PEMF, the pulses switch on and off, but there are no pulses in a permanent magnet – which is static. There are expensive gauss meters that are sensitive enough to measure pulses up to 5 milliseconds and up to 800 gauss but there are none that we have found that can read to 3 microseconds at 3 Tesla gauss levels that Klemens Pulsers operate at.
Klemens Pulsers produce a PEMF (pulsed electro-magnetic field) that pulse with a
square wave.
One side of the paddle will produce a pulsed positively charged magnetic field while the other side will produce a pulsed negatively charged magnetic field.
Slow speed pulsers have a long ‘on’ time and an even longer ‘off’ time. The long ‘on’ time is sufficient to enable a reading on the Sypris gauss meter (see photo below), but the reading might be inaccurate as the Sypris meter manufacturer does not specify an ‘on’ time that would provide an accurate reading.
The Syris gauss meter is used by Andrey D and Sota to substantiate their product claims and testing other manufacturers PEMF devises. The Syris gauss meter’s manufacturers do not claim that their unit can accurately measure the pulses produced by PEMF devices. In the information below, we have a link to a gauss meter that can measure PEMF with a sensitivity rating of up to 5 milliseconds and up to a maximum of 800 gauss.
See below for more detailed descriptions of our gauss calculations. (I have not seen any other manufacturer describe these details).
Andrey D’s top of the range PEMF unit, when set on the highest speed at 2 Tesla, can only operate for a 4 minutes 15 seconds maximum time period, before over-heating and only achieves a maximum of 120 pulses in that time. Andrey D does not appear to publish the resting time required before the paddle is cool enough to start another PEMF session. A pulse counter is mounted in his unit to display his limited 120 pulses. In contrast, the Klemens Spectrum operates at 180 pulses per second. The Spectrum will have completed a total of 45,900 pulses at 2.6Tesla in the same time period of 4 minutes and 15 seconds. It’s like comparing a single shot rifle to a machine gun. The measure of a device is not only the strength of each pulse but how many pulses is it capable of producing in a given time period. A machine gun action requires a more robust, heavy-duty unit.
Andrey D states that he has purchased two Klemens Pulsers and it appears that he has taken some of Klemens Pulsers concepts and has tried to adopt/adapt them and applied them to his latest unit.
According to the product description of the Sypris Gauss Tesla Meter that Andrey D has used in his video, this meter is only suitable for static magnetics and AC electromagnets. The meter is NOT capable of measuring a PEMF device, such as the Klemens Spectrum, that has a pulse time of 2.76 microseconds. See details in the link and product description below.
Link address of Sypris Gauss Tesla Meter
https://www.parkerndt.com/wp-content/themes/scparker/pdf/5100SeriesManual.pdf
Link address of Sypris Gauss Tesla Meter
https://www.parkerndt.com/wp-content/themes/scparker/pdf/5100SeriesManual.pdf
Product Description
The measurement range is from 0.01 mT (0.1 gauss) or 2.999T (29,000 gauss). This is within the range to measure the Spectrum's guass however, the instrument is only capable of measuring Static (DC) magnetic fields and alternating (AC) fields which are 'on' all the time that the machine is operating. It cannot measure PEMF devices that are operating at very short 'on' time frames. We also emailed the manufacturer of the Sypris meter and asked if they had any meters that were capable of measuring a pulse rate of 3 microseconds but there was no reply. The meter manufacturer is reputable and produces high-end metering products.
The presenter, Andrey D, starts his review with a picture of a 4-in-1 package which included the Klemens Super P Magnetic Pulser, not the Spectrum. The paddle plug is in fact quite sufficient and has not caused any issues in 20 years of use. The presenter refers to the ‘stand’ which is in fact not a stand but a radiation absorber, which is included as a complimentary gift. The radiation absorber has nothing to do with the Spectrum. At 7 mins 11 seconds in the video, despite displaying the incorrect product on his computer, the presenter claims that the output of the Spectrum is not advertised on the website. This is clearly incorrect as the information appears on the Spectrum product information page, but has not been duplicated on the purchase page: https://www.klemenspulsers.com/spectrum-2021.html To select an appropriate instrument to measure gauss, it has to have the capability of measuring the instrument maximum output and be sensitive enough to read the time-frame of each pulse. For example, a top quality gauss meter on www.InstrumentChoice.com manufactured by Alpha Labs, a well-known electronic instrument manufacturer, will cost $1929 AUD
(https://www.instrumentchoice.com.au/vector-magnitude-gauss-meter-ic-vgm?campaign=1929368321&content=350355690121&keyword=&gclid=Cj0KCQjw5oiMBhDtARIsAJi0qk22yP_jJ6EFL4Ri8f5D-sNgxdgXUZOHd10cxXNNneu-BSjqkUu3bDQaAkpZEALw_wcB).
The measurement range is from 0.01 mT (0.1 gauss) or 2.999T (29,000 gauss). This is within the range to measure the Spectrum's guass however, the instrument is only capable of measuring Static (DC) magnetic fields and alternating (AC) fields which are 'on' all the time that the machine is operating. It cannot measure PEMF devices that are operating at very short 'on' time frames. We also emailed the manufacturer of the Sypris meter and asked if they had any meters that were capable of measuring a pulse rate of 3 microseconds but there was no reply. The meter manufacturer is reputable and produces high-end metering products.
The presenter, Andrey D, starts his review with a picture of a 4-in-1 package which included the Klemens Super P Magnetic Pulser, not the Spectrum. The paddle plug is in fact quite sufficient and has not caused any issues in 20 years of use. The presenter refers to the ‘stand’ which is in fact not a stand but a radiation absorber, which is included as a complimentary gift. The radiation absorber has nothing to do with the Spectrum. At 7 mins 11 seconds in the video, despite displaying the incorrect product on his computer, the presenter claims that the output of the Spectrum is not advertised on the website. This is clearly incorrect as the information appears on the Spectrum product information page, but has not been duplicated on the purchase page: https://www.klemenspulsers.com/spectrum-2021.html To select an appropriate instrument to measure gauss, it has to have the capability of measuring the instrument maximum output and be sensitive enough to read the time-frame of each pulse. For example, a top quality gauss meter on www.InstrumentChoice.com manufactured by Alpha Labs, a well-known electronic instrument manufacturer, will cost $1929 AUD
(https://www.instrumentchoice.com.au/vector-magnitude-gauss-meter-ic-vgm?campaign=1929368321&content=350355690121&keyword=&gclid=Cj0KCQjw5oiMBhDtARIsAJi0qk22yP_jJ6EFL4Ri8f5D-sNgxdgXUZOHd10cxXNNneu-BSjqkUu3bDQaAkpZEALw_wcB).
This instrument has the capability of reading up to 800 gauss at a maximum pulse rate of 5 milliseconds. Klemens Spectrum can operate in both low and high ranges in gauss and speed as shown in the following calculations. Spectrum Low range The on time of each pulse is 0.0003470 second. Voltage across the coil is 70VDC 20,000uf 49 joules 141210 Watts =2017amps =.0.021T or 210 gauss each pulse. Spectrum High range The on time of each pulse is 0.000002748 seconds. Voltage across coil is 70VDC 20,000uf 49 joules 17,850,637 Watts =255008 amps =2.67T or 26,700 gauss each pulse.
When I phoned Instrument Choice, I was informed by the technician that he is not aware of the existence of any instrument on the market that has the capability of reading 26,700 gauss at a sensitivity of 0.000002748 seconds. The most accurate and reliable method that can verify the strength of any PEMF unit, is calculation. Any qualified electronics technician can verify the value of the components that are used on the circuit board, the coil parameters and the voltage applied to the circuit board. These are specified above in the Spectrum low and high range calculations.
Andrey D's experiment was not measuring the actual output of the hz, pulses per seconds, but the presenter was only guessing the frequencies. Has he not read the instructions included with the Spectrum? It appears that he hasn't as Andrey doesn’t know the speed of the low range, or the high range which is clearly marked on the front panel. The front panel says the low range is from 3-50 hz and is low gauss setting. The high range is also clearly marked on the front panel and operates from 50-180 hz and has been set as high gauss as seen in the calculations.
The RCA sockets that have been provided (2 on each side of the instrument case) are not for a colloidal silver generator, as Andrey D considers they might be, but to insert a completely different instrument that is used to determine specific frequencies. These instructions are provided to the customer with their purchase of the Spectrum.
Regarding what Andrey D calls the “bend test,” he makes a serious mistake that leads him to form an incorrect conclusion. It seems that, despite his best efforts, the presenter’s lack of knowledge of how PEMF functions, has prevented him from conducting an accurate scientific experiment.
Aluminum foil bending and washer flipping looks impressive, but it is really only a marketing ploy to give a false demonstration of gauss. The 'on' time of the Klemens PEMF units are around 0.000003 of a second. This does not allow sufficient time to act on a metal object to make it move in a significant way. If we slowed the speed down, it would give a better demonstration of its ability to move the metal washers or bend the aluminum foil, but then the problem of overheating the coil and internal circuitry arises. For a short period of time, a 16 mm steel rod can be inserted inside the coil core and it will be noticed that there is a strong pull of the field strength. The rod cannot be left in the core for more than about 30 seconds, as it will create a lot of heat in the back EMF circuitry and is likely to destroy the diode. In comparison, other PEMF devices such as the Sota have only one setting at full power and that is why they can only run it at one pulse every 5 seconds. The Klemens Spectrum can run at 180 pulses a second. At that speed, a very high powered power supply is required and that is why Klemens PEMF units are heavy and solidly built.
The Klemens Pulsers’ website displays the weight of the PEMF units, whereas other manufacturers will not disclose the weight of their units, as the most expensive and heaviest component is the power supply that is required to run it. Using harsh, high voltage pulses in washer-flipping is not scientifically proven to benefit health. Klemens Pulsers have been reviewed by other customers who have given their positive personal testimonies. Washer-dancing, coin-flipping and aluminum bending look impressive to people who don’t understand how to identify a powerful PEMF unit. Because the speed of the Klemens Pulsers are so fast, unlike the Sota and other slow speed units, the powerful magnetic effect is not obvious because the electro-magnet is switched from ‘on’ to ‘off’ rapidly repeatedly, before it has had time to create the bending, flipping effect. The rapid change from ‘on’ to ‘off’ can be recognised in the dancing effect of the washer which can be seen as demonstrated in this video of one of the slower Klemens PEMF units https://www.youtube.com/watch?v=iId97dN9bgo
The Sota is a slow speed unit. It can flip washers but only one time every six seconds. The Sota flips once while in the same time, the Klemens Spectrum has caused the washer to flip 900 times. The Sota has a long 'ON' time, but can't run continuously for very long (approx 8 mins) because it overheats. Flipping washers looks impressive, but in reality, it's deceptive and incorrect to think that flipping a washer would result in achieving very powerful results. Faster results are what most customers desire and what the Klemens Spectrum delivers. The Sota pulser has no other setting except full power and can run only for a limited time of approximately 15 minutes maximum. A magnetic field can be enhanced by aids that will cause the washers to flip much more aggressively. Inserting metal cores into the centre of the coil causes the field strength to increase. For example if a steel rod is inserted, the field strength can increase up to 200 times. If zinc is used, the field strength can be increased 600 times. When metal cores were experimented with the Klemens units, they got hot so quickly that it defeated the purpose of trying to run the units for longer periods. The ultimate result was found when the following factors were balanced - gauss, speed and the ability to have each unit run for long periods of time.
Short 'on' periods produce the most effective results as reported by customers in their testimonials. One of our clients wrote this comment about the effectiveness of one of our earlier units: The Klemens Pulser gets results. Seems to work just great for shingles in the eye. The Klemens Ultra pulser is NOT weak. If the Klemens pulser was as weak as this video suggests, it wouldn't have affected the shingles so much. You claim it is not about frequency but that it is about power. That is not my experience. I have used low frequency devices, but not had the positive results that the high frequency Klemens unit gives me. The proof is in the results. Check out the pictures and stories of shingles responding to the Klemens pulser at this link http://www.homeremedies4.us/shingles.html
Criticism from Dragonfly75
http://www.dragonfly75.com/eng/klemensP.html
http://www.dragonfly75.com/eng/klemensP.html
Anton's Reply to Dragonfly
https://www.omnicalculator.com/ Capacitor energy calculator
20,000uf capacitors
At 50.7 DCV 25.7 Joules
https://www.rapidtables.com/calc/electric/Joule_to_Watt_Calculator.html
converts Joules to watts 0.00006940 seconds =370317 watts
https://www.rapidtables.com/calc/electric/Watt_to_Amp_Calculator.html
50.7 VDC = 7304 Amps
https://www.omnicalculator.com/physics/solenoid-magnetic-field
Number of turns is 380, 50 meters, 0.069tesla =690 gauss each pulse
Our units were running at 25 pulses a second so multiply 25 times 6 times 690 equals 103,500 gauss in 6 seconds which is what the Sota took to produce one 6000 gauss pulse.
So that is 17 times more Power produced in a 6 second period not just 6 times.
The Klemens pulser performes more like a machine gun rather than a single shot rife. That is why we we have to reinforce it with 12mm polyester resin to withstand the expansion forces that the coil is under.
20,000uf capacitors
At 50.7 DCV 25.7 Joules
https://www.rapidtables.com/calc/electric/Joule_to_Watt_Calculator.html
converts Joules to watts 0.00006940 seconds =370317 watts
https://www.rapidtables.com/calc/electric/Watt_to_Amp_Calculator.html
50.7 VDC = 7304 Amps
https://www.omnicalculator.com/physics/solenoid-magnetic-field
Number of turns is 380, 50 meters, 0.069tesla =690 gauss each pulse
Our units were running at 25 pulses a second so multiply 25 times 6 times 690 equals 103,500 gauss in 6 seconds which is what the Sota took to produce one 6000 gauss pulse.
So that is 17 times more Power produced in a 6 second period not just 6 times.
The Klemens pulser performes more like a machine gun rather than a single shot rife. That is why we we have to reinforce it with 12mm polyester resin to withstand the expansion forces that the coil is under.
Dragonfly wrote those comments in about 2006 .
He wonders how it is that we run the Klemens' Super Pulsers so fast. In 2000 and for 3 years since, various other pulser manufactures made claims on the internet that such speeds could not be done, but those claims have been proven to be incorrect.
Dragonfly proposes three possibilities but they are not very scientific at all. Perhaps if he was to purchase one of our pulsers, he would not have to guess if such speeds are possible or not.
We encourage earnest questioners to check the facts and not to guess or to make unfounded claims. We need scientific data as our basis, not guessing or assumptions or wild claims.
In his 'research,' Dragonfly did not do comparative pulser tests on any physical conditions, which is really the most important test of all. I personally performed comparative tests on 3 different units. At that time, we had received 2 of the best independent recommendations on the internet as mentioned on our web site. Our pulsers were recommended by Cancer Tutor and Walter Last.
We have received many positive testimonies from customers who have purchased our machines. I received Sota’s testimonies when I purchased their original unit. Although the Sota works fine, it was so slow. That is why we tried to build a faster unit. It proved to work not only faster but better from my own experience and from the reports others have shared with me. Some of the people who shared their reports were ex-Sota agents. We were quite amazed with the extrordinary results that our units were producing rather than getting bogged down with what the other manufacturers were doing to market their pulsers. They concentrated on gauss and coin flipping whereas we were more concerned with its effectiveness to produce physiological results.
We have put information our website that should answer most questions about what is mentioned by Dragonfly.
When Sota measured our unit, they did not measure it from the copper coil face but rather from the face of the outside protective structural coating which was approximately 15 mm from the coil. However, when they measured their own Sota pulser, they measured it from their outside protective covering which was only 2mm thick.
It would be unreasonable to expect that Sota would provide a favourable report of our pulsers, but it is disappointing that they actually provided a deceptive report. Sota should not be expected to provide a favourable report of their competitors' machines. The Sota units were manufactured to operate at such low speeds and for short periods of time to ensure that their coils did not become hot. The reason for this was that, if the coild became hot, it would melt through the 2mm thin plastic covering. In contrast, our units require a stronger power supply in order to operate at hgh speeds. This situation creates enormous heat, which results in coil expansion. To prevent the protective coating from cracking open, our pulsers are reinforced with thick polyester resin around the coil. If our coils were coated only with a 2mm plastic coating, it would melt through the plasitic coating in 15 minutes and crack the polyester coil casing open.
Dragonfly's article was written in about 2006, but he has added some extra points recently again without actually seeing either the original Super Pulser or the current Ultra Pulsa to my knowledge.
In all the current models manufactured by Klemens Pulsers, all strength of the gauss is determined by calculations only as the on-off times are too fast for any reasonably priced metre ( 3 millionths of a second - .000003 of a second).
One has to consider the obvious situation - If these slow speed units were actually effective, why isn’t the internet filled with their testimonies? Our customers are happy to share their many positive experiences using the Klemens pulsers and some of these remarkable testimonials appear in various places on the internet. We also receive many positive testimonials from our customers by email and phone. With our customer's consent, many of these testimonials are supplied to new customers after they purchase a Klemens pulser. As we understand, legally we are not permitted to present testimonials prior to a sale.
He wonders how it is that we run the Klemens' Super Pulsers so fast. In 2000 and for 3 years since, various other pulser manufactures made claims on the internet that such speeds could not be done, but those claims have been proven to be incorrect.
Dragonfly proposes three possibilities but they are not very scientific at all. Perhaps if he was to purchase one of our pulsers, he would not have to guess if such speeds are possible or not.
We encourage earnest questioners to check the facts and not to guess or to make unfounded claims. We need scientific data as our basis, not guessing or assumptions or wild claims.
In his 'research,' Dragonfly did not do comparative pulser tests on any physical conditions, which is really the most important test of all. I personally performed comparative tests on 3 different units. At that time, we had received 2 of the best independent recommendations on the internet as mentioned on our web site. Our pulsers were recommended by Cancer Tutor and Walter Last.
We have received many positive testimonies from customers who have purchased our machines. I received Sota’s testimonies when I purchased their original unit. Although the Sota works fine, it was so slow. That is why we tried to build a faster unit. It proved to work not only faster but better from my own experience and from the reports others have shared with me. Some of the people who shared their reports were ex-Sota agents. We were quite amazed with the extrordinary results that our units were producing rather than getting bogged down with what the other manufacturers were doing to market their pulsers. They concentrated on gauss and coin flipping whereas we were more concerned with its effectiveness to produce physiological results.
We have put information our website that should answer most questions about what is mentioned by Dragonfly.
When Sota measured our unit, they did not measure it from the copper coil face but rather from the face of the outside protective structural coating which was approximately 15 mm from the coil. However, when they measured their own Sota pulser, they measured it from their outside protective covering which was only 2mm thick.
It would be unreasonable to expect that Sota would provide a favourable report of our pulsers, but it is disappointing that they actually provided a deceptive report. Sota should not be expected to provide a favourable report of their competitors' machines. The Sota units were manufactured to operate at such low speeds and for short periods of time to ensure that their coils did not become hot. The reason for this was that, if the coild became hot, it would melt through the 2mm thin plastic covering. In contrast, our units require a stronger power supply in order to operate at hgh speeds. This situation creates enormous heat, which results in coil expansion. To prevent the protective coating from cracking open, our pulsers are reinforced with thick polyester resin around the coil. If our coils were coated only with a 2mm plastic coating, it would melt through the plasitic coating in 15 minutes and crack the polyester coil casing open.
Dragonfly's article was written in about 2006, but he has added some extra points recently again without actually seeing either the original Super Pulser or the current Ultra Pulsa to my knowledge.
In all the current models manufactured by Klemens Pulsers, all strength of the gauss is determined by calculations only as the on-off times are too fast for any reasonably priced metre ( 3 millionths of a second - .000003 of a second).
One has to consider the obvious situation - If these slow speed units were actually effective, why isn’t the internet filled with their testimonies? Our customers are happy to share their many positive experiences using the Klemens pulsers and some of these remarkable testimonials appear in various places on the internet. We also receive many positive testimonials from our customers by email and phone. With our customer's consent, many of these testimonials are supplied to new customers after they purchase a Klemens pulser. As we understand, legally we are not permitted to present testimonials prior to a sale.
Dragonfly also mentions that Sota used a FW Bell model 5080 Tesla meter to measure the gauss produced by the 2010 Klemens Super Pulser (a very early model). On checking the product description it is mentioned that the meter has the capacity to measure 10 pulses a second (DC), but it does not display any specification about its capacity to read a pulse duration rate of 69 micro-seconds. The Klemens Super Pulser 201- model operated at 69 micro-seconds. The Bell meter 5080 model is a very basic unit and not capable of measuring the guass at such short on time.
https://www.techrentals.com.au/uploads/bel_5080.pdf
On checking the FW Bell top of the range unit 8000 series, the sample rate is clearly specified. The fastest rate it can measure is 6 micro-seconds as per the information from the manual displayed below. The 8000 series would have been capable of measuring the 2010 Klemens Super Pulser, but it cannot measure the 2021 Klemens Spectrum.
Min / Max Hold Acquisition Time:
dc Mode: 200mS
ac Mode: 200mS
Peak / Valley Hold Acquisition Time:
dc Mode: 6µs
https://fwbell.com/wp-content/uploads/2017/09/8000-series-gaussmeter-user-manual-rev.B-UN1270.pdf
See page 2.2
https://www.techrentals.com.au/uploads/bel_5080.pdf
On checking the FW Bell top of the range unit 8000 series, the sample rate is clearly specified. The fastest rate it can measure is 6 micro-seconds as per the information from the manual displayed below. The 8000 series would have been capable of measuring the 2010 Klemens Super Pulser, but it cannot measure the 2021 Klemens Spectrum.
Min / Max Hold Acquisition Time:
dc Mode: 200mS
ac Mode: 200mS
Peak / Valley Hold Acquisition Time:
dc Mode: 6µs
https://fwbell.com/wp-content/uploads/2017/09/8000-series-gaussmeter-user-manual-rev.B-UN1270.pdf
See page 2.2
Washer-Flipping & Gauss
Criticism from Draganpcg
Draganpcg criticises Klemens Pulsers too. As this person is another competitor, one can only speculate that it might be in his/her financial interests to misrepresented our PEMF units.
https://www.youtube.com/watch?v=4P1N8uDJXU8
Draganpcg criticises Klemens Pulsers too. As this person is another competitor, one can only speculate that it might be in his/her financial interests to misrepresented our PEMF units.
https://www.youtube.com/watch?v=4P1N8uDJXU8
Reply to Criticisms About Washer-Flipping & Gauss
Reply:
You will notice that he has turned the Klemens Ultra Pulsa on the lowest speed and power setting. The other Australian manufacturer who actually copies my old model and has for the last 10 years ,has been tuned to setting 3. The Sota has only one setting at full power and that is why they can only run it at one pulse every 5 seconds. Our Spectrum can run at 180 pulses a second. At that speed a very high powered power supply is required and that is why our units are so heavy and we specify our weight, whereas all the other manufactureres will not quote their weight as the most expensive and heaviest component is the power supply that is required to run it. This is again not a legitimate comparison and is deceptive.
Using harsh, high voltage pulses in washer-flipping is not scientifically proven to benefit health. Klemens Pulsers receives testimonies that prove our machines' effectiveness. Washer- dancing/flipping is impressive, and the Sotan can certainly flip washers, however when I first bought a Sota it achieved results but was very slow to achieve them. When we produced our first Super Pulser, I was more impressed with its ability to FLICK THE DISEASES and pain like no slow speed pulser could. In his complaint, Draganpcg has not done a fair scientific comparison as the the Klemens Pulser was put on the lowest setting of "0" which is meant for all night use and then he set the other units on a setting of "2." The Sota pulser has no other setting except full power and can run only for a limited time of approximately 15 minutes maximum.
Firstly, when you measure magnetic field, you need to measure them all at the same distance from the coil. I put about 12 mm of polyester resin over the coils in the Klemens Pulser, to strengthen the paddles against breakage. Our devices are designed to work up to 300 mm so the close measurements that Draganpcg focuses on is not even relevant except in making washers flip. When I did my comparison against the Sota in 2006, measuring at the same distance from the coil, the gauss readinge was twice as strong.
Secondly, a magnetic field can be enhanced by aids that will cause the washers to flip much more aggressively. Inserting metal cores into the center of the coil causes the field strength to increase. For example if a steel rod is inserted, the field strength can increase up to 200 times. If zinc is used, the field strength can be increased 600 times. When I tried using metal cores with my units, they got hot so quickly that it defeated the purpose of trying to run the units for longer periods. We have found the ultimate balance between gauss, speed and the ability to have each of our units run for long periods of time. We have also found that short 'on' periods produce the most effective results as reported by our customers.
Washer flipping looks impressive, but it is really only a marketing ploy to give a false demonstration of gauss. The 'on' time of our units is around 0.000003 of a second. This does not allow sufficient time to act on a metal object to make it move in a significant way. If we slowed the speed down, it would give a better demonstration of its ability to move the metal washers, but then the problem of overheating the coil and internal circuitry arises. For a short period of time, a 16 mm steel rod can be inserted inside the coil core and it will be noticed that there is a strong pull of the field strength. The rod cannot be left in the core for more than about 30 seconds, as it will create a lot of heat in the back EMF circuitry and is likely to destroy the diode.
One of our clients wrote this comment about the effectiveness of one of our earlier units:
The Klemens Pulser gets results. Seems to work just great for shingles in the eye. The Klemens Ultra pulser is NOT weak. If the Klemens pulser was as weak as this video suggests, wouldn't have effected the shingles so much. You claim it is not about frequency but that it is about power. That is not my experience. I have used low frequency devices, but not had the positive results that the high frequency Klemens unit gives me. The proof is in the results. Check out the pictures and stories of shingles responding to the Klemens pulser at this link http://www.homeremedies4.us/shingles.html
The effectiveness of the unit is not totally in the gauss but in the frequency of the pulse.
We use a 25volt ac power pack and in the circuitry we use a voltage doubler, which goes to 78 volts DC. We decided to do the opposite to everyone else to achieve a faster speed. Instead of going high voltage and low current we went to high current and low voltage. Our power pack is huge compared to the tiny power packs other manufacturers use.
Our units will be rated at 110VAC for Canadian & USA clients and will have the correct plug to fit your power sockets.
The pulses for our units are variable (by turning the dial)
Spectrum can be set with 3 - 180 pulses per second.
Ultra Pulsa and can be set from 10 to 148 pulses per second.
Reply:
You will notice that he has turned the Klemens Ultra Pulsa on the lowest speed and power setting. The other Australian manufacturer who actually copies my old model and has for the last 10 years ,has been tuned to setting 3. The Sota has only one setting at full power and that is why they can only run it at one pulse every 5 seconds. Our Spectrum can run at 180 pulses a second. At that speed a very high powered power supply is required and that is why our units are so heavy and we specify our weight, whereas all the other manufactureres will not quote their weight as the most expensive and heaviest component is the power supply that is required to run it. This is again not a legitimate comparison and is deceptive.
Using harsh, high voltage pulses in washer-flipping is not scientifically proven to benefit health. Klemens Pulsers receives testimonies that prove our machines' effectiveness. Washer- dancing/flipping is impressive, and the Sotan can certainly flip washers, however when I first bought a Sota it achieved results but was very slow to achieve them. When we produced our first Super Pulser, I was more impressed with its ability to FLICK THE DISEASES and pain like no slow speed pulser could. In his complaint, Draganpcg has not done a fair scientific comparison as the the Klemens Pulser was put on the lowest setting of "0" which is meant for all night use and then he set the other units on a setting of "2." The Sota pulser has no other setting except full power and can run only for a limited time of approximately 15 minutes maximum.
Firstly, when you measure magnetic field, you need to measure them all at the same distance from the coil. I put about 12 mm of polyester resin over the coils in the Klemens Pulser, to strengthen the paddles against breakage. Our devices are designed to work up to 300 mm so the close measurements that Draganpcg focuses on is not even relevant except in making washers flip. When I did my comparison against the Sota in 2006, measuring at the same distance from the coil, the gauss readinge was twice as strong.
Secondly, a magnetic field can be enhanced by aids that will cause the washers to flip much more aggressively. Inserting metal cores into the center of the coil causes the field strength to increase. For example if a steel rod is inserted, the field strength can increase up to 200 times. If zinc is used, the field strength can be increased 600 times. When I tried using metal cores with my units, they got hot so quickly that it defeated the purpose of trying to run the units for longer periods. We have found the ultimate balance between gauss, speed and the ability to have each of our units run for long periods of time. We have also found that short 'on' periods produce the most effective results as reported by our customers.
Washer flipping looks impressive, but it is really only a marketing ploy to give a false demonstration of gauss. The 'on' time of our units is around 0.000003 of a second. This does not allow sufficient time to act on a metal object to make it move in a significant way. If we slowed the speed down, it would give a better demonstration of its ability to move the metal washers, but then the problem of overheating the coil and internal circuitry arises. For a short period of time, a 16 mm steel rod can be inserted inside the coil core and it will be noticed that there is a strong pull of the field strength. The rod cannot be left in the core for more than about 30 seconds, as it will create a lot of heat in the back EMF circuitry and is likely to destroy the diode.
One of our clients wrote this comment about the effectiveness of one of our earlier units:
The Klemens Pulser gets results. Seems to work just great for shingles in the eye. The Klemens Ultra pulser is NOT weak. If the Klemens pulser was as weak as this video suggests, wouldn't have effected the shingles so much. You claim it is not about frequency but that it is about power. That is not my experience. I have used low frequency devices, but not had the positive results that the high frequency Klemens unit gives me. The proof is in the results. Check out the pictures and stories of shingles responding to the Klemens pulser at this link http://www.homeremedies4.us/shingles.html
The effectiveness of the unit is not totally in the gauss but in the frequency of the pulse.
We use a 25volt ac power pack and in the circuitry we use a voltage doubler, which goes to 78 volts DC. We decided to do the opposite to everyone else to achieve a faster speed. Instead of going high voltage and low current we went to high current and low voltage. Our power pack is huge compared to the tiny power packs other manufacturers use.
Our units will be rated at 110VAC for Canadian & USA clients and will have the correct plug to fit your power sockets.
The pulses for our units are variable (by turning the dial)
Spectrum can be set with 3 - 180 pulses per second.
Ultra Pulsa and can be set from 10 to 148 pulses per second.
No medical, veterinary, therapeutic or health claims are made for any of the products manufactured or sold by Klemens Pulsers.
Contact
Klemens Pulsers
Phone: 61 7 4157 9962
Mobile: 61 407 257 453
31 Old Cedars Road
South Bingera Q 4670
email: klemensanton0@gmail.com
Klemens Pulsers
Phone: 61 7 4157 9962
Mobile: 61 407 257 453
31 Old Cedars Road
South Bingera Q 4670
email: klemensanton0@gmail.com