| Products > Test Equipment |
| Restoration of Lecroy WaveMaster / WavePro Front Bezel by 3D Printing |
| << < (5/8) > >> |
| Converter:
:-+ It was very intriguing. Where can I also buy it? |
| mrcy22:
https://jlcpcb.com/3d-printing |
| Converter:
Thank you. How did they manage to make such a smooth surface? Which option did you use: SLA (6060, 9000R, 8000 ), MJF or FDM ? For SLA 6060 it says: Heatproof: 56℃, 9000R - 46℃. It seems to me that this is too little. But MJF and FDM (98℃) cost over $60. Did you use the 3d model from the first post in this thread? How did you get the discount for the order? |
| nctnico:
I'd be interested as well in a copy... --- Quote from: Converter on June 04, 2022, 04:22:56 pm ---How did they manage to make such a smooth surface? --- End quote --- The jlc3d page has a link with a factory tour (by a modestly dressed Naomi Wu). It looks like they use sand blasting as the last step to smooth the surface. |
| mrcy22:
The surface looks sandblasted, the matte white surface cannot be photographed properly. I used the 3D model from the beginning of this thread, material sla9000r. I'm not worried about temperature resistance, the oscilloscope doesn't heat up that much. I got the promo cupon like this :-) https://www.google.com/search?q=jlcpcb+promo+code About the third one I tried worked. Hannah (I think they made up the English sounding names https://jlcpcb.com/ourTeam) wrote a threatening email see screenshot. There was no problem with the thin wall. The model was slightly deformed similar to the photo, but I simply and quickly flattened the deformation with hot/cold tap water. It went so well that in my excitement I didn't even have time to take a picture of the original model. |
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