mount - sannceWIFICAM _ anycubic i3 Z axis

thingiverse

An anycubic i3 Mega-specific mount for the Sannce I41CB 1080P IP camera can be achieved with a custom solution. Check out the Sanncestore website at https://www.sanncestore.com/ip-camera/sannce-i41cb-1080p-smart-wireless-pt-security-camera.html for more information on this product. While it may seem like a silly idea, using a mount that is specifically designed for the anycubic i3 Mega can help to reduce stress on the camera and prevent it from being knocked off the desk. However, there are some things you should keep in mind when designing your own custom mount. First, make sure to take care of your cabling out the bottom of the cam. This is especially important if you have a lot of cables running under the camera. You'll want to ensure that there is enough clearance for all of the cables and that they are not pinched or obstructed in any way. In general, it's a good idea to use shims when designing custom mounts. Shims can help to provide additional support and stability to the mount, which can be especially important if you're using a lot of weight on the camera. When assembling your mount, make sure to pay attention to the critical length of the bolts used. If the bolts are too long, they may scrape against the frame of the printer, causing damage or other problems. In addition to using shims, there is also a single layer that can be removed in some parts of the design. This layer can help to provide additional support and stability to the mount, and it can also help to prevent supports from being generated during the printing process. To assemble your camera wall mount cup, you'll want to make sure that the bolts and nuts are flush or recessed into the rear surface. You can do this by taping the M4 nuts into the nut receiving part and then pinning the rest of the pre-assembled parts onto the front with your finger. Finally, when it comes to printing out your mount, you'll want to make sure that you're using a printer settings that will allow for smooth and reliable operation. For example, you may want to try using PLA at 0.4mm nozzle size, 0.2mm layer height, 0.8mm wall thickness, and 20% triangular infill with no supports.