JeSc HyperCube 18mm sensor mount with screw and nut v3.0

prusaprinters

[UPDATE 3.0] Tech2C made a new REMOVABLE Hot-end mount for the 12 month anniversary of the HyperCube. Because I remixed his previous design to fit a 18mm sensor straight on the mount, I also remixed his new design. Also added an optional sensor stabiliser for extra support at the top (just in case). These go with the July 16th 2017 X carriage design of Tech2c's HyperCube. [UPDATE2] I added more stability to the small mount by adding another screw hole that attaches to one of the pandect holes on the original Tech2C HyperCubeE3D mount. [UPDATE] The first design was a little tight for the sensor. So I made the hole 1mm wider. Also added the same screw and nut option to the more rugged design of mbruehl I added a screw and nut option to mount the 18mm sensor more easy. Just use an M3 nut and screw to fasten the sensor (instead of those difficult to use 18mm screws on the sensor). Also made a larger tube, so the sensor is more stable in the mount. This thing was made with Tinkercad. Edit it online https://www.tinkercad.com/things/kiWAzVFWIEY Print instructionsCategory: 3D Printer Parts Summary [UPDATE 3.0] Tech2C made a new REMOVABLE Hot-end mount for the 12 month anniversary of the HyperCube. Because I remixed his previous design to fit a 18mm sensor straight on the mount, I also remixed his new design. Also added an optional sensor stabiliser for extra support at the top (just in case). These go with the July 16th 2017 X carriage design of Tech2c's HyperCube. [UPDATE2] I added more stability to the small mount by adding another screw hole that attaches to one of the pandect holes on the original Tech2C HyperCubeE3D mount. [UPDATE] The first design was a little tight for the sensor. So I made the hole 1mm wider. Also added the same screw and nut option to the more rugged design of mbruehl I added a screw and nut option to mount the 18mm sensor more easy. Just use an M3 nut and screw to fasten the sensor (instead of those difficult to use 18mm screws on the sensor). Also made a larger tube, so the sensor is more stable in the mount. This thing was made with Tinkercad. Edit it online https://www.tinkercad.com/things/kiWAzVFWIEY Print Settings Printer: Tevo Tarantula Rafts: Doesn't Matter</div>Supports: No Resolution: 0.16</div>Infill: 75% Notes: I used eSun PLA+ Prints great and is hard a rock! How I Designed This I used Tincercad.com To add small extra's Tincercad.com is more than sufficient