Quote:
Originally Posted by gof
Care to expand on the limitations? Always good to see the pros and cons, especially from someone with experience (even second hand).
|
Size, rigidity, depth of cut, chip size, etc. You can't hog on a small, lightweight router, so you are limited to taking shallow cuts with low feed-per-tooth. I'm not advocating these solutions are poor, just understand the speed and accuracy limitations of these machines will be limited to the inherent design. What I saw looked pretty good. The dimensional tolerance was good enough for FRC and the machine was portable, which helps out his team's limited shop access.
You get a huge upgrade when you go to a heavy, solid machine that can make very fast rapids and cuts. You can run appropriate/aggressive feedrates and a larger depth of cut per pass resulting in greater material removal rates and faster cycle times.