Nagchampa
Oh I'll Bring the Shizzle
Dials on Makita list speeds as #1, #2, etc.
DeWalt goes by RPM in increments of 400. eg. 1000, 1400, 1800
DeWalt has a setting at 1800 RPM yes it is over 1750, but not by much.
Makita makes reliable tools
You are probably going to splatter product regardless of how gradual the power comes on. The advantage is you don't get that initial shock(not electric) when the buffer starts
Newer to the industry does not mean newer or better technology. It is nothing but a grinder motor in a hard shell. Just wires and magnets. Importance is how these wires and magnets hold up to stress. DeWalt has a proven track record when it comes to reliability.
DeWalt weighs more because it has a ball bearing motor
Makita has a more powerful 10 amp motor compared to DeWalt with 8 amps which is plenty of power for polishing.
The handle is no big deal. Either way, you will adjust.
There are many more factors than slower RPM's that produce results.
You should take into consideration the cost of replacement parts for when your tool breaks. (Everything with moving parts will break at some time and point)
Hope this helps a little.
DeWalt goes by RPM in increments of 400. eg. 1000, 1400, 1800
DeWalt has a setting at 1800 RPM yes it is over 1750, but not by much.
Makita makes reliable tools
You are probably going to splatter product regardless of how gradual the power comes on. The advantage is you don't get that initial shock(not electric) when the buffer starts
Newer to the industry does not mean newer or better technology. It is nothing but a grinder motor in a hard shell. Just wires and magnets. Importance is how these wires and magnets hold up to stress. DeWalt has a proven track record when it comes to reliability.
DeWalt weighs more because it has a ball bearing motor
Makita has a more powerful 10 amp motor compared to DeWalt with 8 amps which is plenty of power for polishing.
The handle is no big deal. Either way, you will adjust.
There are many more factors than slower RPM's that produce results.
You should take into consideration the cost of replacement parts for when your tool breaks. (Everything with moving parts will break at some time and point)
Hope this helps a little.