Can the 3DMakerpro Raven LiDAR scanner replace a tape measure? Discover how it captures large spaces, why it isn’t ideal for tiny replacement parts, and whether it belongs in your 3D printing workflow.
A two-week custom 3D printing deadline can be workable, but print time is only one part of the schedule. Here are seven decisions to settle before promising a delivery date.
A clip can fit perfectly on day one and fail a week later. Here is how arm length, root geometry, material, print direction, and repeated use determine whether a snap fit survives.
A 3D print can match the CAD model and still refuse to fit. Here is how I separate tolerance from clearance, choose smarter starting gaps, and test functional parts before committing to the full print.
Your 3D-printed clip clicks into place—but breaks when you open it. Learn how to check release access, bending travel, material, and print direction before reprinting the entire enclosure.
The screw went in, the part looked finished—and then a crack appeared. Learn how hole fit, boss geometry, layer direction, tightening, and fastener choice work together in a dependable functional print.
Slowing the outer walls helped improve my rough prints. Learn how to test that setting, recognize other causes, and record your results with the P.R.I.N.T. Method.
After more than 1,000 hours at the printer, the biggest improvements did not come from magic slicer settings. These are the practical lessons that made my prints more reliable, stronger, and easier to troubleshoot.
Reliable prints start with a repeatable baseline. Here are the settings I use as a starting point—and what to adjust for your nozzle, filament, and machine.
