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Posts tagged with 3D printing in Blog Lab Notes

Showing 21 - 30 of 122 items
A black 3D printed holder for a servomotor. The holder has a squarish base to the right of the figure, with holes on the sides for the servomotor wires and white circular connectors and gears to go through. The holder also has a long finger-like piece extending out to the left.
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  • Rowan Volate Cleland-Host
3D Printed Ocarina Servomotor Holder
A 3d printed test part to hold a servomotor for a class project to automate a song on an ocarina.
Two light blue 3D printed models on a gray desk in front of a computer keyboard. The model on the left is a phone holder shaped like a cat bending down or stretching. On the cat's back a phone is balanced sideways, where you can see the black screen. The model on the right is a hexagonal model of a mountain slope with lines detailing snowboard trails. There is writing on the base, but it is not legible in this photo.
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  • Martin Tan
3D Printed Cat Stand & Snowboard Trail Model
A 3D printed cat phone holder & a mountain slope model with outlined snowboard trails.
A puppet of a silkie chick sitting on black fabric in front of a wooden floor. The puppet is covered in tan "feathers", and it is positioned so the face is looking at the camera; there is a little hole in the feathers where the beak is somewhat visible.
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  • Theo Spitler
3D Printed Puppet Skeleton
3D printed puppet skeleton for a silkie chicken puppet.
A 3D printed diagram of the brainstem and the circle of Willis (circular connection of arteries that supplies blood to the brain). The brainstem is printed white, and is connected to a large baseplate. The circle of Willis is printed in red, and is glued to the plate standing up. The circle looks like a stick figure with its arms outstretched. The entire 3D print is standing up on a table on a black mat in front of a black computer.
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  • Alina Chinoy
3D Printed Circle of Willis and Brainstem
3D printed diagram of the circle of Willis and brainstem for personal learning.
A Light blue 3D printed hinge joint on a white surface. The hinge is "closed" in a v-shape pointing to the left of the image.
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  • Jan Gutwirth
3D Printed Hinge
3D printed hinge as a test print.
A red 3D printed earring stand on a wooden table with Hello Kitty dolls in the background. The stand is tall and uses A-stand legs to stay upright. There are two rungs to hold earrings on, and each rung holds about five pairs of hanging earrings or hoops
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  • Vivienne Renee Dacres
3D Printed Earring Stand
A 3d printed earring stand for hoops and hanging earrings.
A picture of a collection of bones on a wooden table. In the foreground, a series of metatarsal bones laid out on a notepad with each bone labeled. On the right is a laptop computer, and in the background on the table is a full model reconstruction of a right foot with all the bones connected. In the far back, on the table, is a rolled UM research poster.
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  • Maeve Ann Lyon
3D Printed Human Metatarsal Bones
3D printed metatarsal bones for a research presentation.
A 3d printed webbed red hand used as a stand to hold a silver watch. The hand is stood fingers down, wrist up, on a wooden windowsill.
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  • Liam Guy Hoffman
3D Printed Watch Stand
3d printed webbed hand watch stand.
A small white 3d printed model of a fighter jet on a dark gray background
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  • Alexander Darius Bidari
3D Printed Jet Model
3D printed jet model for instructional help.
A 3d printed white rounded rectanglular strip. Along the right side is a strip of small squares, and in the middle of the rectangle is two small parallel rectangular cut-outs.
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  • William Keene Kappler
3D Printed Wound Monitoring Prototype
3D printed prototype for a wound monitoring device for M-HEAL Team