🔪 Slice 10482 Industrial Injection Moulded 3D Printed: Cutting-Edge Technology for Precision Manufacturing Review

, I've lost count of the number of times I've shed blood cleaning 3D printed parts (I print LOTS of them here). Usually this is fanning with a knife (office knife or x-acto). So far I've used this tool in multiple installments and have been happy with how it's been performing so far. I'm MUCH more comfortable with this tool than with knives for this purpose. I can stretch it around the edges (particularly handy for parts printed with borders). As for the edges - I usually hand rip off as much…

As a hobby, I own, operate and maintain three different 3D printers and am a bit too lazy to adjust the print settings. This means that many of my prints require post-processing such as deburring. In some cases, such as For example, light to medium deburring and edge beating on vertical surfaces, this tool cuts (pun intended) almost as well as a regular X-acto knife. However, as someone who has cut, pierced, and pierced many times with X-acto blades, I appreciate the fact that this tool does…

I have mixed feelings about this deburring tool. It gets some things right, but lacks a few things in other areas (mainly the handle design). The actual deburring process works fairly well on plastic (assuming the burr is very small - it doesn't work on large burrs). It took me a while to get the right pressure and angle to get a clean and even edge, but it's not that hard. It can work on softer metals like aluminum in a pinch, but it's not ideal for that. I prefer to use my Noga tool for all…