Saber Forum

Ultra Sabers Discussion => Ultra Sabers Questions => Topic started by: TheCharlax on January 24, 2021, 04:00:10 AM



Title: Retention Screw Tightness
Post by: TheCharlax on January 24, 2021, 04:00:10 AM
When my Initiate v2 arrived, the screws were tight enough to have left dents in the polycarbonate blade.  Are they supposed to be that tight?


Title: Re: Retention Screw Tightness
Post by: MercuryKungFu on January 24, 2021, 05:50:06 AM
When my Initiate v2 arrived, the screws were tight enough to have left dents in the polycarbonate blade.  Are they supposed to be that tight?

They may leave indentations in  the film inside the blade. They don't need to be too tight. This 'in-grown' film will be noticeable past the emitter. Only tighten them enough so that the blade doesn't come out. Minimal torque.


Title: Re: Retention Screw Tightness
Post by: Cyclops942 on January 25, 2021, 12:52:37 AM
When my Initiate v2 arrived, the screws were tight enough to have left dents in the polycarbonate blade.  Are they supposed to be that tight?

Yes, it’s normal. 

As Mercury Kung Fu says, they need to be just tight enough to keep the blade from coming out when you’re using it.  If you are mounting this on the wall and never swinging it, performing flow exercises with it, or striking anything with it, then very little pressure, indeed, will be required.  However, the more force that is applied to the blade (striking or swinging), the tighter the screws need to be.  For how I use my blades (including the unintentional drops and unintentional strikes of solid objects like furniture, walls, appliances, the floor, or the ground), this means that there WILL be dents in the blade.

However, as MercuryKungFu points out, unless you’re pulling the blade out of one saber and putting it into another with a different depth in the emitter (or your emitter has windows at the same level as the retention screw, and you aren’t careful how you align the dent) in the emitter), the dents will be hidden by the emitter itself.


Title: Re: Retention Screw Tightness
Post by: TheCharlax on January 25, 2021, 08:22:44 AM
Thank you very much for the input, both of you.  This helps a lot.