Peter, here's an interesting Destring test part. it consists of 4x10 mm cubes spaced as shown in the pic:pjr wrote:Destring wizard. Didn't seem to be any different on a 20mm model with the bounds set 0 to 4mm. So I left everything alone.inventabuild wrote:Peter, have you run the retract wizard yet? How did your retract values turn out compared to what they were before Jonathan's Amazing Wizards.
Still trying to get the seems perfect; the "Join Loop" really helps, but I still need a "Seam Hiding Wizard" for both depth and gap. Too many combinations to do it manually...
Peter
I found it in a MatterHackers post on eliminating ooze: https://www.matterhackers.com/articles/ ... -to-oozing
There's a lot of test parts like this out there:
In the Matterhackers post they talk about both retraction distance and travel speed being significant factors in eliminating stringing (obviously there's other factors as well). I always have travel speed for my cartesian printers set around 175 -200 mm/sec which is the recommended setting in alot of the manufacturer premade profiles. Not sure if they are designed to go faster or if faster would even be beneficial from what I've read. The deltas can travel much faster. Then there's the acceleration factor...