Water problem-solving tools are easy to clean up, and there are a lot of them in this plac.
Processing the coolant can save more than 80%, but the cooling effect is the same as with water cooling.
Work is safer because gas processing chips are blown away.
The gas and coolant in the nebulizer can be changed, making it easy to use on different types of processing.
Even though the workpiece is made of a super-hard alloy, it can still be machined to have a smooth surface.
Description.
A machine that engraves is sprayed with water to cool it down.
Special design, direction of rotation, and easy to use.
A standard fixing device, a small spray port, and long life.
Specification.
Material:plastic&metal&bras.
36cm (L), 1m (H) hose.
Fits an 8mm air pip.
An engraving machine that cools down stones/metals/ceramic tiles.
For CNC Lathe, Milling, and Drilling Machine.
Features.
A lot of water problem-solving tools, and it’s easy to clean up.
2: The cost of processing the coolant can be cut by more than 80%, but the cooling effect is the same as with water-cooled.
3) Gas processing chips are blown away, making it safer to work. 4) The gas and coolant in the nebulizer can be changed, making it easy to use on different types of processing.
5) Even though this workpiece is a very hard alloy, it can be precision-machined to a very smooth surface.
6) not only speeds up the cutting speed, but it also saves time, money, and tool wear.
NOTES.
1. The liquid must be clean before it can be put on the skin.
2. Do not use liquid that is corrosive.
3. When there is no pressure coming out of the liquid, it is important to keep the air pressure in the range of 5-7KGF / CM2.
(atomization, gas pressure, and gas flow).
4. Use a liquid viscosity of 68cSt or less, or keep it that way.
Packages come with.
There is only one Mist Coolant System.
I’ve been able to get this thing to work better after I fixed the oring seat and a piece of hose that was broken. I have found that if you put the coolant tank as high as possible, it will draw enough air and make a good mist. I was able to put my coolant tank above the nozzle head, and it has always worked now. It will also not pull a steady vacuum if I put my coolant tank as far below the nozzle as the hose allows. This means that the mist will be intermittent at best.
This would keep my carbide and diamond drills cool while I pulled coolant from the drilling catch basin. This doesn’t work.
It doesn’t pull very much vacuum to make a mist unless you cut out the damaged part from their bad o-ring setup that clamps down too hard on the tube and remachine and reseat everything. It doesn’t work until you do this. There’s still a lot of pressure you’ll need to run it at to get it to do anything. For me, that’s over 90 PSI. Every air fitting joint leaks at 90 PSI. I tried this out with water that had no cutting agents in it.
It was a good thing that I only wanted it for the air nozzle and not the mist feature. But someone who wants a real vacuum mist system will be disappointed. Even if you just want it for the air nozzle, it’s not very good at all.
