Hello,
I am looking to see if there is anyone in the forum interested in charging to fix a file for me? i am trying to make a military retirement gift for a former teammate and it has been an absolute disaster. I have done a couple of test cuts on a much smaller scale to evaluate my file. The photos will show how it went. If someone is interested, you can reply or message me.
TLEI Cutout.c2d (684 KB)
Thank you!
Al
It looks like the machine got pulled into the cut and cut too deeply.
Please check the machine mechanically — Per the machine operating checklist: Machine Operating Checklist - Carbide 3D , the basic points of adjustment for a machine are:
Pulley set screws — verify that these are in-place and secure — for further details on checking them on a Shapeoko 3 see: http://docs.carbide3d.com/shapeoko-faq/shapeoko-3-how-to-check-the-pulley-set-screws/ — be sure to check all axes/pulleys (including Z on machines w/ belt-drive Z-axis, for an HDZ, check both coupler screws).
(for the SO3/4, X- and Y-axes) V wheels / eccentric nuts: Tightening Eccentric Nuts - Carbide 3D
(for the Pro, and SO4 Z-axis) Lubrication of the linear rails: https://docs.carbide3d.com/assembly/linear-guide-maintenance/Linear_Rail_and_Guide_Maintenance_02-17-2021_v1.0.pdf
Belt tension (see the relevant step in your instruction manual, e.g., Step 5 Belting - Carbide 3D) Note that the X-axis motor is held in place on standoffs and if those bolts are loose this can cause belt tension issues. Also, belt tension for the Y-axis stepper motors needs to be even/equivalent on each side — a significant difference can cause skipping on one side eventually resulting in lost steps on both. Measuring belt tension, squaring and calibration
Ensure that all screws are in place and secure, esp. on the linear rails on a Pro.
If everything checks out mechanically, check the wiring, esp. for the Z-axis — send photos of all the Z-axis motor wiring and connectors, including at the controller in to support@carbide3d.com
One other thing to consider is the cutting flute length of the pocketing bit. Your using a bit with a .500" flute length and pocketing through stock that’s .650" thick.
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