Thick Voronoi Squeeze Ball (TPU test print)
Made with meshlab and made to be printed without supports or any special settings, as a stress test for TPU printing.
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225 models
Made with meshlab and made to be printed without supports or any special settings, as a stress test for TPU printing.
As much as my kiddo loved the first cutter version, the point was too pointed and sharp to be safe in his hands. This version still has a point but it is turned inwards for safety. With this shape, getting the point started usually…
I printed this smaller last year. Now, with my remix tweaks, I am printing it larger with the following settings: 0.28mm layer height, 3 walls Seam positioned ‘back,’ Arachne walls 3% gyroid infill Slim tree supports, 35° threshhold, on…
15-JAN-2024: Added model with a flared gap
A quick remix because my kiddo wanted more legs and more claws!
I needed 3mm flat inserts for a pair of boots to fill space under other third-party insoles. I made these and sized them to match the original inserts. Paired with the new insoles, the boots are a great fit. Now that I've started this, I…
The model is 2mm thick. I printed at 0.20mm layer height with a single wall. In PLA+ this is fairly stiff with just enough flex for my needs.
UPDATED 11/29/2023
My first attempt at a kit card. I needed it in a hurry for a gift. I may tweak it again soon. If you have requests let me know! The perimeter is 1mm, the pieces are ~0.946mm. With my PLA print at 0.20mm and “Precise Z height” selected,…
I printed quick in some old PETG at 0.20mm layers. I have addition Tmat items in my store , which I'm just using to offset material cost for prototypes. Thanks for looking!
I needed a #4 attachment. I used a parameter so the others were quick to add to the set. Recommend printing in PETG with supports. I used PCTG for the prototype because it was loaded and ready. Works great!
Designed to hold the SRAM AXS charger and 3 batteries or battery covers
UPDATED 18 AUGUST 2024: Added three ultralight smaller versions. 27mm, 25mm, and 23mm fingerholes depending on hand size and glove usage. Printed without supports! UPDATED 16 AUGUST 2024: I added wider blade guards with a tip protector…
Matches the shape of the OEM phone cubby. To install: Print as you like. Put the 15W magsafe charger in position. The 25W will not currently fit this model. Press the cord into place on the back, minding the bends. If taping, place 1-3…
2024-FEB-7: Lost track of my files a bit, but uploaded several I had in the mix over the last week… the V2 design is stronger and does not have the flanges on each end. *** Iterated a bunch to get a minimal design that is still strong…
Sketched to 0.1mm accuracy based off a bunch of measurements. Maybe useful!
Print angle as oriented. I printed PETG-CF at 0.20mm layers with 3 walls and 15% infill. Perfect balance of flex and strength, with an excellent finish. I added a side loader model, but have not had a chance to print it yet. If you try it…
I wanted a tool I could use repeatedly on a bunch of bikes. I also wanted to be able to drop it in from the top and put the stem/bars in place with one hand. I'm happy with the first iteration but may tweak it after some shop use.…
Parameters are diameter, length, and thickness.
I printed 3 walls, 5% infill, and slim tree supports and ended up right around 80g filament.
I printed with slim tree supports.
I'm printing these in PETG with 15% infill. But really all settings are at your discretion as long as the durability will suit your own purposes. I recommend ‘molle V2,’ especially for straps as the cuts are center on the molle clips…
Currently designed to fit securely in place on my Clopay garage door tracks without additional hardware. I may redesign a more robust version but for now it works exactly as needed. The orangle one shown is 0.28mm PLA+, black is V2 in…
Quick remix with a 45° angled end.
V2 is larger and made to be modular. I recommend printing the body in PLA or PETG and the inserts in TPU. To remix additional inserts check out Inserts for Fishing Pole Keeper V2 . V1 works great in TPU, PETG, and PLA! V1 is usable and…
V2 is shorter with a thicker driveshaft for strength. Shows about 15% less filament usage as I have it currently sliced. Use higher wall and infill counts for strength along the stress point of the drill mount. Also consider PETG or…
Made to fit on bars from toddler bikes to 35mm, and those with wider stem mount spacing.
Modeled with a ultra-thin void to force internal walls regardless of infill settings. This provides reinforcement regardless of infill settings. I printed in PETG-CF with 6 walls and 25% gyroid infill. Very strong!
This is precisely sized to snap securely on the back of the brushless driver. I recommend using PETG or PLA+ for durability and to avoid cracking due to the tight fit. The basic version will hold bits without magnets or a base. It does…
Designed with slight curve to be taped or glued into place on a bike helmet.
Lengthened Mini Caliper to 10 cm with some other minor edits as well
I printed the “hollow” model in PLA with a 0.6mm nozzle and 0.30 layers. With 4 walls and 7% crosshatch infill it showed ~367g of filament used. Resize the model as needed and pick your settings with adequate strength in mind. Version 2…
Print a few colors to keep track of which tanks are full and which are spent! My prints in 0.28 layer height were just right for a secure fit without getting stuck. If the fit is on the tight side turning with the threads will probably…
I prototyped with 0.20mm layers, 2 walls, and 15% gyroid, but any settings should work as long as the edge details are retained and tolerances match your needs. I included a small test section to check the sizing and settings.
Just designed for light duty right now. Obviously subject to various stresses from pressure to heat/cold, and sunlight, so print quality and material will have a lot of impact on durability.
I printed the wide version in ASA at 0.20mm layers which should have been pretty good. But the screw posts are not designed well (sharp corners) and one did break despite careful handling. I find the walls a bit thin and the accessory…
V1 is very tight fitting, which is good or bad depending on your materials and goals. V2 is too loose, V3 was perfect for my materials. Play with scaling by a few percent may also help depending on calibration, etc. All of these pieces…
Quick model of the brake disc on my Pivot mountain bike. Sized to be a coaster.
Quick model for a tube of Loctite adhesive. ~58mm and ~66mm sizes.
Like my first version it's meant to be printed vertically without supports. I use PETG for flexibility, and have not tried it with any other materials. We have found these are a bit too big to hold some chopsticks. You may want to size…
I printed in place, PLA+, 0.28mm layers with 3 walls. Used a screwdriver to snap it open from a few welded spots. Inserted the M3 fastener and good to go!
Use these pieces to add more challenge to HedronStack! If you haven't seen HedronStack go check it out . Simple and elegant all at the same time. It is definitely a contender with my vote for the balancing game contest! These pieces break…
Print in TPU! (It has to be flexible in order to fit over a cord/plug.) Check dimensions first. Resize Z is an option. While this is NOT meant to be waterproof, I did add a long gasket and end plugs to make it a bit more tightly enclosed.…
Depending on your filament, settings, and plate type you will get a very different transparent effect. The wings are ambidextrous - either set can go on either side - so you may find you prefer one or the other in order to have the right…
I printed the spinner in silver PLA and the blades in grey. Both vertically oriented with no supports. I did have one blade that moved a little bit near the end of the print and needed a redo … chamber temp and fan cooling will impact the…
Just designed for light duty right now. Obviously subject to various stresses from pressure to heat/cold, and sunlight, so print quality and material will have a lot of impact on durability.
Remix of a charging holder made by @GTMoogle I modified it to snap on to the top of my Philips monitor without needing adhesive tape. I should have printed it in PETG for a little more flexibility but with some effort the PLA snapped on…
Just a few more classic numbers. Designed to be a two-part two-color print.
The Plain and Thin designs are great in TPU and PETG. I would recommend PETG only for the Spring version. Use at your own risk. I can only recommend this for demonstration and simulator training environments. Thanks for looking!
Yes, I know the Pro System has a carrier with transparent lid that I could label, but I switch things up often enough that I decided on this to allow more flexibility! I referenced this page and others to tweak settings for printing…
All three pieces are meant to be printed separately. I recommend printing the skull with supports.
Printed at 0.2mm layer height, 4 walls. I inserted a print pause at 4mm height for the magnet placement. The magnets I have are a tight fit and require an even press fit. The version with ribs may be a very tight fit depending on your…
Three options: Honeycomb Model The honeycomb pattern is part of the model itself. Infill settings will not affect that area. Solid Model Control the padding effect by changing wall count and infill settings like normal. Hollow Model -…
I recommend 3 or more walls. Also, consider print with brims (especially with the taller models). There is a retention bump in the handle. You may need pliers to force the tool shaft past that point. When it's all the way in, the tool…
I printed in PETG-CF to give the material a little more “bite” into the visor surface. Given the print orientation, don't over torque the screw or it will rip.
Voronoi pattern trim frame to fit the top of the Mac Mini or Mac Studio. Style and protection!
Iteration of an airfoil propeller with six vortex generators per blade
The prints here are at 33% scale of my original STL. Final prints are ~ 71mm square by 2mm high. I printed in fast draft mode at 0.28 layer height. Just like the real thing these may need a solid tap with a blunt edge to snap the edges…
Robust cable tags with several options to help keep the tag in place. Designed to fit cords up to 9.5mm (~3/8"). The clip versions will grip a cord pretty tightly, but due to print orientation the clips themselves are going to be prone to…
Heads up: the knobs look the same size, but the drive knob is smaller by a hair! Choose your filament and layer height to match your desired end quality. The bottom of each trim ring has tiny retention tabs. When installed the trim rings…
I printed at 0.28mm layers and reduced volumetric flow for quick TPU with great quality. I like 15% gyroid for a little cushion feel to the insert body.
UPDATED 26-JAN-2024 The only change was to scale the STL file from CM to MM.
All of these pieces were printed with TPU 95A, 0.28 layers, 25% grid infill, 2.5 mm3 flow, 240C nozzle, and 140F dryer. TPU can stand the torque of firm twisting into place, but the flimsier pieces (eg, slotted guides), need more work and…
I designed this with a minimalist vision in mind. The holes reduce weight slightly and allow for clipping or cord usage as you like. The asymmetrical design leaves one side smoother for comfort, while the other is hooked for light-duty…
I printed in PLA CF for texture and rigidity. 6 walls and top/bottom layers, 50% infill for added strength.
A simple tray design to hold 3mL peptide vials. Smoothed surfaces for ergonomics — and features for vibration isolation and tip prevention! Shown here printed in TPU95A. The design is not specialized for 16.5mm diameter vials so it can be…
Thin bookmark, print with or without a color change.
I printed the cap and mount at 0.3mm line width just to squeeze out a little more quality. The cap fit tightly enough that I didn't bother even adding glue to keep it in place. I also printed the mount as oriented with slim tree supports.…
I printed in 0.2 PETG with good results.
Simple strainer for a bathroom sink.
Just a touch too large for a 250mm print bed. I had planned to print it in two pieces for myself, but will probably just wait for a larger printer (Prusa XL) for the absolute best finish. Posting it now in case you already have the…
I printed them in TPU without supports. The fit is very tight by design. I pressed each plug partially into place and then whacked it with a mallet to seat it fully. 3 sizes. I'm leaving the two lower holes open for now for drainage and…
I printed as positioned, with the diagonal end on the print plate. This gave a nice combination of strength at quality at 0.24mm layer height.
For full functionality: Insert a pause at about 4.96mm print height, press fit three 6x3 magnets!
I printed at 0.20mm layers with 6 walls for strength. For the edges and retainer clip, I used organic tree supports on the build plate only.
A thicker model to close the gap on my connector
Got a great deal on a bunch of Plastic House cereal boxes lately! I prefer the cereal boxes inverted for better illumination and visibility … so I built a base to fit the upside down lids securely. The base has two different brackets -…
30-JAN-2024 redesign: Uploaded V3 which drops the bits lower for wrist comfort while using. For full functionality: Insert a pause at about 5.24mm print height, press fit five 6x3 magnets!
A starting point for my Omniwall accessorization. If there is interest, and/or I end up in need myself, I have files in F360 that may lend to parameterization at some point. I also have a pic of my working Sketchup reference file for…
Remix of 'BTT Panda Touch Desk Stand 45deg' to allow parametric customization
The original model is great. Go check it out ! I like them as is to toss in my gear bag for a day riding. I've printed them in PLA, PETG, Nylon, and probably one or two others. The threads are tolerant and fit every pair of pedals I have…
Simple replacement cup with large 4/8oz and 200/400mL markings.
I'm printing in TPU95A with 4 walls and 15% gyroid infill.
Unlike my recent windsurf mast holder, I just went with a single screw hole. This should be enough for lightweight paddles (as long as the screw hold is solid). With the trim plug and right choice of screw (or paint), you can make very…
Made to print without supports. Check out this model with more specific features for line and hook keeping: Tenkara Fly Fishing Line Spool
I modeled this at 9.2mm for the 9mm poles on a tent from Sierra Designs. The result was a snug fitting splint that could still slide if needed. The 0.2mm I used there would depend on print material, calibration, etc. but worked well in…
3 options: Two Halves: Weakest option, but no hardware required. Split to allow printing without supports and to give the threads an iota of hope as far as layer integrity. Print the horns in two halves and glue the pieces together. The…
I printed in TPU 95A, 0.20mm layers, 3 walls, 10% gyroid. The only thing I would change is dry the TPU more and NOT use the random scarfed seams :) (at least with this specific spool of TPU). Definitely not meant to be used as a real wine…
Quick manually measured model to test my and others' designs for fitment and orientation. I don't currently plan to print it, but if I do I'll print it vertically with a brim. The pics here are rendered from the textured Fusion model…
I printed with a 0.6mm nozzle and 0.24mm layers, but that shouldn't matter much or at all. Recommend PETG or ABS/ASA for longevity if using the AMS 2 heating function.
A simple trim piece for the base of the Sonos Era 100. Match your speaker for clean lines or go with an accent color!
I printed in TPU and PLA, both work great. The PLA fit was looser for the same settings but still workable. The pictures and cutaway diagram are for an 18mm diameter B6 engine. I'm posting 2.5 thru 5.5 in half millimeter steps. I can post…
The silver model here was printed in PLA with 0.20mm layers but 0 top and bottom layers to let the infill show thru.
I designed it with TPU in mind, but printed in PLA+ first. It is a snug fit that is appropriate for the application!
23 OCT 2024: Added split version of the body to allow horizontal printing and better layer orientation for durability. When placed, the seam is basically invisible. I printed 0.16mm layers in PLA+. Works well, but PETG may be better for…
Made to work better with gloves! I printed 0.20mm layer TPU 95A. The first “ring” version I printed face up (with concentric pattern on the top layer), but face down will probably give a better surface finish depending on your plate and…
I printed in PLA+. It was slightly tight on the axle but that was not an issue and might be a benefit.