JUNESUN

09

2022

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09

How to stabilize the parallel electric δ✘push rod?

Author:

You may not know that, in fact, weγ"™ usually do not need to fi₩"≠x the electric push ro™§d. If you want to push something>∑, you can limit the degree of fr₽↕eedom of the pushing thing and t¥¶$γhe guide rod. In addition, we know that the shel↕™l of the electric pushΩ•φ≥ rod is made, which is not accurate. So how ↕∞£should we get the parallel stable elect∏↓ric putter? If th

You may not know that, in fact, we usu'•≠ally do not need to fix the electric push rodπ☆λβ. If you want to push something, you can limit t♠×♦λhe degree of freedom of the pushing thing and th ‌e guide rod. In addition, ≈δwe know that the shell of the electric pusΩ$δh rod is made, which is not accurate. So ho≤​™±w should we get the parallel stable electric putt↓ ©er?
If the guidance of the thinπΩgs we push is very accurate, we will not a®₹✔ ffect the guidance of the thingδ£ s we push as long as we ensure that β≤♠the electric push rod installed is♦♥ OK. If the guidance is not good,π<& it will not be good. Theref♥§ore, we usually have to con α★&duct guidance, and its cost is relati♠✘∑₹vely low. If we want tδ ±o limit it, we can useα¶∞© a spiral lift, or us₽®♣'e a flange to install it.
The electric push rod makes it not on₩​≠₩ly small in size, but also small in thrust. It c≥α☆•an operate in a relatively stable pl₽∏ace. It also has the ability o>πf overload self-protection. There is €​also a spare battery inside. This new swallow ele✔ Ω≠ctric push rod can be well used in medical equ↔∑$ipment such as operating tables, dentaσ<£​l chairs, massage beds, and electric λ♦ nursing beds. We need to choose the electric put↑​"♦ter according to the needs. Naturally, we have π£many problems to consider.