Length master vs traction devices?

[Microtear]

Why do some people choose to use length masters instead of traction devices? What is the approximate traction tension weight when using a length master? And in the videos why do they guys twist it around?

 

[oldandlively]

Why do some people choose to use length masters instead of traction devices? What is the approximate traction tension weight when using a length master? And in the videos why do they guys twist it around?

Length Master is a traction device. It's actually an advanced version of all traction devices, where the manual application load can go between a miminal of 4lbs (3.5lbs of its own weight + 0.5lb of simply moving it around), up to the possible upper limit of 25lbs. Some of us went past 60lbs. Yeah..not a good idea.

Twisting the penile shaft, or bundled or bundling, helps lateral and longitudinal contortion of the tissues, breaking them down even faster. Imagine using a standard traction device, roughly at 1.5kg of traction-pulling force, where the traction load only breaks a few meshed tissues in some areas. By contorting the tissues, twising/bundling/bundled, you're effectively breaking all tissues at the same time with much less force at 900g to 1.3kg. You're working smarter, applying tissue breakdown faster, and performing work with more efficiency.

 

[DLD]

The length master is ten times stronger than any other device for gaining length. There's nothing that stands out or even compares to it. Many have made their total gains using the length master exercises. If I had to advise someone on the best equipment, the length master would be my first choice.

 

[Microtear]

Length Master is a traction device. It's actually an advanced version of all traction devices, where the manual application load can go between a miminal of 4lbs (3.5lbs of its own weight + 0.5lb of simply moving it around), up to the possible upper limit of 25lbs. Some of us went past 60lbs. Yeah..not a good idea.

Twisting the penile shaft, or bundled or bundling, helps lateral and longitudinal contortion of the tissues, breaking them down even faster. Imagine using a standard traction device, roughly at 1.5kg of traction-pulling force, where the traction load only breaks a few meshed tissues in some areas. By contorting the tissues, twising/bundling/bundled, you're effectively breaking all tissues at the same time with much less force at 900g to 1.3kg. You're working smarter, applying tissue breakdown faster, and performing work with more efficiency.

I watched on the breakdown of it, I'm afraid the bolts. I've read stories about people weight hanging with bolt devices and they got stuck and had to go to the ER. What would someone do if these got stuck? Other than this fear I want to invest in one in a few months