Originally Posted by Rocco25
I am very interested in this strategy as I am not as successful with mine as I would like.
So my strategy to approach BPEL exercise is based on the same principle of heat on the tissues. But also, while stretching the tissues from the inside out. For BPEL our limiting factor is the tunica. Certainly the Septum plays a big role, but that is why we are enlarging it enough with the current US therapy.
In order to create the stretching from the inside out, the perfect tool is a vacuum pump. However, one of the problems has always been fluid buildup. At least in my case, I quickly build up fluid specially in the foreskin, and that same stretching and “inflation” of the skin prevents the pressure from directly putting stress in the tunica.
One of the best solutions for this is to pump in water. For that, the bathmate. The problem, bathmate never made a pump big enough. I believe the biggest they had was 8 inches. Why? I have no idea. Perhaps the complexity to build a bigger apparatus, cost to the client? I dont know. Well, until now. They have now one that can reach 11 inches, but the cost is between $300-350. Too expensive. However, I found a water pump from our beloved peoples republic of china for some $80, that can reach 11 inches. Disgraceful to buy from china to go around greed, but that is our situation at least until we can get rid of this insanity.
Anyways, here is my possible approach, and for this I will have to run a few test trials. First, fill up the pump with water at 107-108 degrees. 108 instead of 104 because in the process of implementation and settling into the setup, a few degrees will be quickly lost plus the absorption of temperature by the tissues. Second, insert penis, and apply an IR lamp to keep the temperature of the water at 104 degrees. Apply vacuum pressure in a controlled “stress relaxation” style for 1 hour.
Now there are many questions. For example:
- Will the IR lamp be sufficient to keep the water at 104 degrees?
- At what distance the lamp needs to be positioned to keep the water at that temperature without variation.
- Can the internal tissue of the penis reach that target temperature?
- How long will it take for the internal tissues of the penis to reach the target temperature.
For that, we gotta gauge step by step. First, fill up the pump with 104 degrees water by itself, close it with a thermocouple to monitor internal water temperature. Follow this by positioning the pump with water under the IR lamp and monitor temperature in order to determine the distance that the lamp needs to be positioned to keep the water at 104 degrees. The lamp needs to provide enough temperature to keep it at 104, but without keeping rising, neither declining. So the distance will be crucial, and perhaps needs re-calibration once the penis is inside.
Once that exercise is performed, we need to assess the behavior of the tissues. The erected penis will behave in a different way than a flaccid penis under temperature. Because the huge amount of blood circulating inside the erected penis will create a cooling effect in the tissues. So it will become a fight between the water and the blood. The blood tries to cool down while the water tries to warm up. This is going to be hard to determine. Ideally, I could introduce a thermocouple down the urethra some 5 inches down the pipe to monitor the changes, however, the outside portion of the thermocouple has to run in the hot water which will alter the results. I would have to find a way to insulate the thermocouple from the hot water all the way to 1/4 of an inch inside the penis.
Now all of this, HAS to be performed under something many consider to be out of the equation: PGE-1. Nothing of this will have the desired result, if we do not have a sufficient amount of internal pressure in the penis. As far as I have analyzed the structures of the penis, this approach will work while depleting the natural capabilities of the penis to fill up with blood, plus an added expansion from the vacuum pressure to allow the penis to push even more blood in a controlled stress relaxation fashion.
The vacuum pressure by itself will do little to nothing, if the biological structure inside is not providing its own maximum capacity to pump high blood pressure to the internal walls.