Rigorous Factory Testing and Calibration

cool is super important in my understanding also keeping the machine cool keeping it running cool is also important to the application of the coating you know being applied you know correctly and not having issues with that also right absolutely the longer you spray with these systems typically the hotter they get and so what Apollo has done is really worked with the manufacturers of the motors to make sure that we are building the proper cooling into the motor so that as they ramp up the heat they actually stabilize and so it doesn't matter how long you use the system because the the heat is actually stabilized and so the consistency of your performance beyond that is going to stay the same whereas other systems are out there because they don't have the same design and they're not getting the heat out of the inside of the box as fast they end up exasperating the heat so the longer you spray the more heat you generate and as you and with these systems if you generate more heat you actually start losing your air pressure quite considerably right so you can imagine if I'm spraying for a couple of hours and I've got all these cabinet doors I've got to spray the first 15 20 minutes of them they probably look like glass and they lay out beautifully then after you know maybe 15 20 minutes as that machine is heating up even more your performance is going downhill because your pressure is dropping and the air coming out of the gun is getting hotter and hotter which is now having an adverse effect on your on your finish drying as well and you know another I you know you got this unit sitting here in front of us we're right here in the factory I got the tour of the factory you know I was watching you guys assemble these things're they're built right here in your factory in Vista and uh I was watching them being test electronically and every single unit gets hooked up to a computer system and gets calibrated um can you explain a little bit of that process of what's going on it's no good if you have a digital output that doesn't represent what your actual uh air pressure is right so we have a gauge that we've set up uh on the output of the machine itself so that we can calibrate and make sure that what you see in the screen is actually what you're going to get on the out on the exit hose so we do we go through a calibration process and then we also have certain parameters uh that the motors must meet specifications for in order to be put into a machine and sent to a…