2black1s
New member
- Jan 23, 2015
- 1,783
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Earlier today I replied to a thread in which the OP was questioning the vibration level of his polisher. Following my reply, I thought I'd share my thoughts in a dedicated thread to discuss this topic generically. Here's my earlier reply...
If you want a perfectly smooth polisher without any vibration - you need a rotary.
Orbital polishers by their nature can not and will never be completely vibration free. With the ideal counterweight, backing plate, and pad it may be vibration free in some configurations but not in all. The weight of the pad will change dependent on the amount of product it is holding. As that weight changes the balance of the machine is altered.
Essentially what you have is a machine that may be in perfect balance and vibration free... Until you add the weight of the product into the mix. Now the balance is compromised. I'm sure the machine manufacturers address this in the design, but they have to make assumptions and compromises. The basic physics associated with the machine operation preclude perfect balance under all conditions. You can't offset the mass of the backing plate and pad from the centerline of rotation and maintain perfect balance as the weight of the pad is constantly changing due to the amount of product it is retaining.
You can experiment with different backing plates and pads to minimize vibration, but you will never be able to eliminate the vibration completely for all of the varying conditions in which the machine is used.
If you want a perfectly smooth polisher without any vibration - you need a rotary.
Orbital polishers by their nature can not and will never be completely vibration free. With the ideal counterweight, backing plate, and pad it may be vibration free in some configurations but not in all. The weight of the pad will change dependent on the amount of product it is holding. As that weight changes the balance of the machine is altered.
Essentially what you have is a machine that may be in perfect balance and vibration free... Until you add the weight of the product into the mix. Now the balance is compromised. I'm sure the machine manufacturers address this in the design, but they have to make assumptions and compromises. The basic physics associated with the machine operation preclude perfect balance under all conditions. You can't offset the mass of the backing plate and pad from the centerline of rotation and maintain perfect balance as the weight of the pad is constantly changing due to the amount of product it is retaining.
You can experiment with different backing plates and pads to minimize vibration, but you will never be able to eliminate the vibration completely for all of the varying conditions in which the machine is used.