magnetic door catcher 3d models
149734 3d models found related to magnetic door catcher.thingiverse
For this project, you'll require the following essential components: * Four high-performance neodymium magnets measuring 8 millimeters in diameter and 5 millimeters in thickness. * Four sturdy M4 screws. ...* Four robust M4 bolts.
prusaprinters
Please dont print it like me, use organic support please (that's why my pic looks horrendous)
thingiverse
Print this part with a precise 0.2mm layer height, ensuring seamless bridging of the screw hole that boasts a perfectly flat 0.2 mm surface.\r\nIt securely fastens using M4 and M5 screws.\r\nGet your lock at Amazon by clicking here:...
thingiverse
... magnets that can be inserted. i also included the f3d file. so you can modify it with fusion360 i used: 4x Ø10mm*2mm magnets 4x M3x12mm (for 4mm thick door panels, so adjust for your door thickness) 4x M3 nut 2 wood screws for the door stopper
prusaprinters
Simple design for a magnetic door latch. ...Fits a 20x6x2mm magnet.Just superglue a piece of metal or magnet to the door.Video Link
thingiverse
I designed this little piece with an indentation for a magnet inside and glued it onto the upper left side of my door where it fits securely to the metal frame. Now my door remains tightly closed. Instructions To keep the door sealed, place it...
cults3d
work in progress for a magnetic door lock for the Wanhao D6. i plan to place 4 magnets into the lower half and glue in when printing, the top half will then be printed over the magnets forever sealing them in. ######UPDATE######. Just found out...
thingiverse
Work in progress for a magnetic door lock for the Wanhao D6. I plan to embed 4 magnets into the lower half and secure them with glue when printing, then print the top half over the magnets, effectively sealing them inside forever. UPDATE: Just...
myminifactory
I designed a magnetic latch and knob system for my printer door, using two 5mm diameter ball magnets per latch to boost pulling power. The magnets connect directly with the screw head that secures the knob, requiring precise alignment - which is...
thingiverse
I built a magnetic latch and knob system for my printer door, using two 5mm diameter ball magnets per latch to boost the pull slightly. The magnets align perfectly with the screw head that secures the knob due to the clear door design. The latch...
prusaprinters
For both side doors you need6 x M3 x 10 screws6 x Square nuts20 x Neodym magnets 8 x 3 mm
prusaprinters
This is a version of door handles for an ikea lack enclosure that includes insertion slots for 10mm x 2mm magnets, and microswitches for “door open” sensors. I was using 2.5mm plexiglass for my enclosure, so that is what these are sized for.
prusaprinters
This is a version of door handles for an ikea lack enclosure that includes insertion slots for 10mm x 2mm magnets, and microswitches for “door open” sensors. I was using 2.5mm plexiglass for my enclosure, so that is what these are sized for.
thingiverse
This is a magnetic sensor shell designed to replace your door or window sensors in home automation systems. I use these in my own smart home setup. The sensor features a 6x25mm magnet receptacle and three 3mm screw holes for attachment. Two design...
thingiverse
I designed a simple two-part mechanical door latch to prevent the doors on your enclosure from swinging open.\r\n\r\nThe magnetic latches I tried weren't strong enough for me and kept popping open, so I decided to create something that would keep...
cults3d
A simple but really effective cat door / flap which uses magnets to keep the door in the closed position We built an outdoor 'house' for our two cats as somewhere they could rest and retreat to when outside and we wanted a cheap and effective cat...
thingiverse
This versatile clip is used to secure doors using magnets. I highly recommend applying epoxy to attach the magnets to the clips. The top clip should fit perfectly without adhesive, but for the bottom version, it's suggested to apply double-sided...
thingiverse
But I did put magnets on both at the top and the bottom of the door for more firmer closing and opening. I did research to see if 2020 profile is a "standard", and I am not 100% sure. So you might want to print one and check out the fit first on...
prusaprinters
For both side doors you need6 x M3 x 10 screws6 x Square nuts6 x Neodym magnets 8 x 4 mm (take the 8x4 file) OR 6 x Neodym magnets 8 x 3 mm (take the 8x3 file)Print the handle parts on the side and with supports. Take a look at the...
youmagine
The magnet is cleverly held within the 1/4" thick acrylic door by the handle, requiring you to tap M3 threads into the handle to accommodate two of the three screws removed from the machine's side panel. A second magnet is secured with double-sided...
prusaprinters
The design uses 12 '10mm x 3mm' (the magnets are actually closer to 9.95mm x 2.67mm).This is a spin-off from my earlier light-pull magnetic door catch: https://www.printables.com/model/209370-magnetic-low-profile-floating-head-quiet-door-catc , but...
prusaprinters
:) Pieces for both versions are available for download; the shell works for both.This is a low profile, compact, quiet, magnetic door catch with a floating head to accommodate moderately nonparallel door and wall surfaces. The head tilts and is held...
thingiverse
I designed a magnetically detachable hinge for the Flash Forge Creator Pro's top hinge door model so I could remove the door easily for printing with PLA. This design may also be useful for the side hinge model, allowing you to remove the door if...
prusaprinters
A magnetic latch and knob I made for my printer door. The magnets are 5mm diameter ball type and I use two per latch to increase the pull a bit. The magnet contacts with the screw head that mounts the knob. They must be well lined up which is pretty...
prusaprinters
The catch works surprisingly well and can catch the door even when it is swung freely swung closed.Additional Parts:2x 8mm x 3mm magnets - Same as you would use for a stepper visualiser1x Xiaomi Mijia Temperature Humidity Monitor 21x Chip/particle...