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All models are designed to print at 0.25 mm layer height, without support when oriented as is. Required parts: 2pcs 608-bearings (8×22×7mm) M5: 2×25mm, 2-4 nuts, optionally washers M3: 1×25mm, 2 nuts, optionally washers Three sets of…
Press fit lid. The display needs to be attached on the inside of the lid, two drops of hot glue should be fine. No pre-made hole for cable, needs be drilled.
All parts are designed to print at 0.25 mm layer height, without support when oriented as is. Required hardware parts Two 608 ball bearings (8×22×7mm) Two 25mm M3 (preferably countersunk) for the shuttle clip Rubber band 16-25 mm M5 screw…
All models are designed to print at 0.25 mm layer height, without support when oriented as is. Required parts: 1 × 608 ball bearing (8×22×7mm) About 15 cm threaded M5 rod At least two M5 nuts, optionally some washers. 6 × rivets, split…
OpenSCAD script for customised hangers. The main parameters are the diameters and height of the recess (green in picture to the left) and shaft (yellow). I suggest making the diameters 1-2 mm larger than measured on the tool to be hung.…
OpenSCAD script for lens mounting rings that can be used for other projects. The exported .stl files are using the default parameters, tolerances might need to be changed depending on printer calibration, slicer settings, and use case…
C310 box fits C510 as well. B525 is a slight adaptation of the C310 box for the autofocusing lens and screw holes that were moved a couple of mms. Use with C310 lid. C310/C510 and B525 size are 59x25.4 mm and ~ 20mm deep (including lid)…
Inspired by DrRobot's version I've remade mine for friction drive as well. But using printed TPU tyres instead of o-rings. Required hardware: 3 pcs 40 mm countersunk M3 3 pcs M3 nuts (hex and/or heat-set) 2-4 pcs M4 hex nut 2-4 pcs M4 8…
Requires a 608 ball bearing (8×22×7mm), 16 mm M5 and nut. To get more weight into the base: Print with 0 solid bottom layers and a low density simple infill pattern, e.g. 7% rectilinear. Then fill it up with clay, plaster, cement (add…
Parametric OpenSCAD-script for telescope eyepieces. PETG or even PLA should be fine. I'd recommend a diameter 1.5 mm greater than actual eyepiece and 3 to 5 bumps that, if needed, can be sanded down to get a good fit. I've provided .stl…
Rack for labrets of 10 different lengths in 1 mm increment, maximum 16 mm. The model is oriented upside down, the amount of sanding to get the bottom flat will depend on layer height.
Designed to print without support at 0.25 mm layers. Three different sizes: 45, 50 and 55 mm centre-to-centre between adjacent eyepiece cups. The eyepieces are held in place by M3-screws, so six screws (8-12 mm) and matching heat-set nut…
Made for a couple of cheap RTL2832U modules (with MCX connectors for the antenna) that I've bought on aliexpress. Lid needs to be glued on.
Designed for 0.25 mm layers and to print without any support when oriented as modelled. Cylinder diameter is 31 mm, with four ridges that protrudes another 0.5 mm. The brim is 3 mm high and comes in diameters of 35, 40 and 45 mm with plug…
The holes for the eyepieces go straight through. Hight of the holder is 20 mm, attaches with three M4, or similar screws. Adjacent holes are only 39 mm apart so larger eyepieces cannot be placed next to each other. Designed to fit a…
Enclosure for TM9957-touchpad and its accessories extracted from TB-106U keyboards. The enclosure hold four parts: the touchpad itselt, small two button-pcb, flex cable connecting buttons to touchpad, and a pcb which connects the flex…
Panel for taking 5 and 12 V from PSU instead of having an array of wall warts to drive USB-hubs and such peripherals. The panel is made to fit in a vertical expansion slot on my case (Fractal Design - Define R4), screw distance CC 28x80…
The Logitech PTZ Pro 2 (USB-V/P: 046D:086E) (ConferenceCam CC3000e 046D:0848) has a 6 pin Mini-DIN connector (like the old PS/2) that delivers USB with 12 V. Either using Logitech's special cable for stand-alone camera. Or their special…
Model and printable (2D) labels for finding focus depth in close up photography rig. Attached STL has 25 levels with hight difference of 0.2 mm. Each square is 10x10 mm. PDF has 9x9 mm labels to be glued onto the 3D model. (I've also…
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