Jump to content
Ultimaker Community of 3D Printing Experts


  • Content Count

  • Joined

  • Last visited

Community Reputation

0 Neutral

Personal Information

  • Country
  • Industry
    (Product) design
  1. Hi Larry, Thanks for the reply. I also have added a custom door and (power-vented) hood that actually encloses the top and back of the entire machine (UM3X). In addition, I've added a dehumidifier inside the enclosure (near the filament spools) and a temperature monitor inside the build chamber. The only hassle is changing the spools since I have to move the entire printer out of the enclosure in order to access them. The enclosure with dehumidifier keeps the top/back of the printer moisture-free (<10% according to humidity indicator strips inside) while the printer is hot while printing
  2. Hello, Given the number of problems that result from the filaments being exposed to the elements when in use on the back of the printer, there should be some sort of sealed compartment for the filaments designed into the system. I'm actually surprised this hasn't been addressed yet. Such a feature is prerequisite to being considered a professional printer. Thanks. Dotyman
  3. Hello, It would be very helpful if Cura would generate job estimate and history reports for billing customers. Also, a power consumption report would be awesome, if possible. Thank you, Dotyman
  4. Hi Tom, I'm curious about the bug in Cura 2.4 beta 2 that "...harms the PLA/PVA interface." I am using Cura 2.4 beta, and I am getting a bit of pitting and unevenness in the PLA/PVA interface surface when I print a model using a raft or other full support for the model. The flat surfaces on the bottom of my models always has defects where it has been printed on top of PVA, whereas the top is printed pretty much perfectly. I would like to eliminate this issue, if possible. Thanks for any help. Let me know if I should start another thread to discuss it (sorry for highjacking your thread, E
  5. Hi all, I am new to 3D printing, and to the UM3X. Nonetheless, I've noted that it is generally recommended to use a front door and top cover/hood on the printer when printing ABS in order to prevent warping and delamination. Apparently the door/hood combo creates a more stable (higher) build chamber temperature in order to keep the ABS from cooling too fast. With this is mind, I built a door and a fan-ventilated hood for the printer. The hood is part of an enclosure that also covers the back of the printer and print spools to shade them from UV light. I have left about 3/4 inch of clearance
  • Create New...