Short video to show how a difficult job of cutting silkscreen mesh that is 100% nylon, mono-filament cloth by hand is easy to do and very accurate with a laser machine. The machine has been slowed down so that the cutting can be seen clearly, the video is in real time. ... https://www.youtube.com/watch?v=dmnPHxyiUNI
Using a laser cut template and a pair of scissors, it is easy and quick to make these neoprene gaskets.
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https://www.youtube.com/watch?v=etm9ENUssnE
The laser cutting machine is very useful for making many parts and some are shown here.
The machine has been modified a lot since purchased and uses an additional oxygen to help with the cutting of some things. Plastics do not require this modification.
Another video will be made soon that shows in detail the cutting of nylon cloth used for making the membranes of the separator cells.
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https://www.youtube.com/watch?v=wxkPxEqoi0k
A demonstration of using a new oxyhydrogen torch designed for jewellery work, however I have been using it for many jobs around the workshop that I would usually need a bottled gas type torch. The torch comes with its own stand, and 5 nozzles. All is presented in a nice gift box with a magnetic catch.
For doing small work as in jewellery, it is absolutely marvellous, but even larger jobs as shown in the video show what it can really do.
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https://www.youtube.com/watch?v=8ZG4fXLbBXg
New system and new electrolyte levels indicator. Can be used as one circuit on body of tank or split into two parts, sender on tank, LED display section on dash. Only two wires to connect both circuits together, no power required on tank sensor circuit.
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https://www.youtube.com/watch?v=0vzAoNSfq_s
These cells should not be confused with hydroxy dry cells, because they are different by separating the hydrogen gas and the oxygen gas and keeping them separate.
Available in a basic cell kit that allows testing and use on the smaller vehicles, but upgradeable with an UP SIZE Kit to double it's size, or add as many up size kits as you like to build a very large cell.
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https://www.youtube.com/watch?v=q-tCTI6v4wU
This is our new system that uses a micro processor to control the power supplied to the cell.
Feedback from the cell sends the temperature reading to the micro processor and the micro processor has 8 programs built inside it that controls the on off periods per second of the power sent to the cell. As the temperature rises the off period is a little longer. This allows the cell to stabilize to a working temperature and at the same time is giving strong DC pulses to the cell many times per second.
The installation is very easy and straight forward, no heavy wires need go to the dash area, keeping the wiring very short and simple.
The cell can also be made smaller and more compact, saving in material cost, time of building and also the space required to fit the cell.
More videos will be added as we continue with the testings.
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https://www.youtube.com/watch?v=-cgsBBlaKaA
Some of my clients have vehicles that travel long distances, and the filling of the hho or separator cell systems was a constant worry.
To overcome this problem, an automatic filler was built that would keep the system filled with distilled water as it were needed.
To overcome fluctuations of levels, time delays are incorporated in the circuit.
Just three stainless steel wires form the sensors, two are used to determine the upper and lower levels and the third one is a common (could also be the tank if made of metal)
The circuit uses a high powered mosfet instead of a relay, so there are no moving parts. The pump can be a windscreen washer pump, as it will only be on for a few seconds during a long trip.
The video shows the water as blue, this is so it is easier to see. Gravity is used in the demonstration to simulate the water being used over a long period of time, and this way you are able to see the action of the auto pump circuit in action.
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https://www.youtube.com/watch?v=kD4iGUyWgWo
When making hydrogen cells, either hho cells or separator cells, a number of gaskets are required.
These can easily be made and made quick and accurately by use of a gasket cutting jig as shown on this video.
The jig is made from two pieces of steel plate that are drilled together and dowel pinned to keep the hole locations accurate. A punch made from silver steel is used to punch the holes in the neoprene sheet.
Almost anyone can make a jig like this to suit the gasket that they need.
Learn how to make a set of gaskets the easy and accurate way for hydrogen cells or anything that needs a neoprene gasket.
The tools are simple and can be made by most people quite easily and the results are very accurate and quick. Not suitable for doing just a few gaskets, but if you have a need for many and don't want to pay the high fees for a water jet cut gasket, then this is the way to go.
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https://www.youtube.com/watch?v=DfALh7CWf-M