travel 3d prints

8 Amazing 3D Prints You Can Take On The Road

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When you’re planning a trip, it's easy to get bogged down in all the logistics: airline tickets, hotels, and car rentals. But what about the actual journey? It’s amazing how much of a difference a bit of 3D printing can make to your road trip experience!

Whether you’re traveling for business or pleasure, these eight amazing 3D-printed car accessories will help make your trip more fun and comfortable.

1. Headrest iPad Holder

Have you ever wanted to be able to use your iPad in the car, but didn't want to shell out the money for an expensive holder? Do you have a bunch of restless children all scrambling for their turn on the iPad? If so, then this headrest iPad holder may very well turn out to be a lifesaver.

Downloadable from Thingiverse , it's one of the more popular 3D prints on there, for obvious reasons: it's simple, easy to install, and works with almost any car seat.

All you have to do is print it out and attach the clamps to the bottom of the headrests on the front seats. Then, slide in your iPad or another tablet, and voilà! You've got a safe way of holding your device while driving around town or on long road trips. The kids can watch their favorite movies all throughout the journey and that's one less thing to worry about.

You'll need two 64cm-long, 10mm-diameter aluminum tubes, five M4 30mm (or 25mm) bolts, and five M4 nuts among other hardware. If the headrests in the car are less exposed, you can opt for this alternative tutorial.

If you are looking to take on more 3D printing projects, here are some of the best websites where you can find 3D printing files and download them for free

2. Travel Toothbrush and Toothpaste Holder

This 3D print on Thingiverse by Alec Bledsoe can come in handy when you are heading out on a hike or camping. It provides a safe and convenient way to keep your toothbrush whenever you are on the move. The toothbrush and toothpaste holder is designed to be simple and efficient, and it is easy to pack in your backpack or suitcase. You may need to print more than one of this holder, for the rest of your travel party.

Apart from a toothbrush holder, there are other essential things that you need to pack along on a trip, such as first aid tools. We have outlined several first aid tools you can 3D print .

3. Travel Chess Set

If you’re a chess player and love to travel, this 3D print could very well be a dream come true. It's a chess set in a box that you can 3D print yourself! Designed by Elliot Hatch, this Travel Chess Set (Thingiverse) features a sliding lid and requires no supports to print, which means less work for you. Also, all the parts of the chess set are 3D printable, except for the magnets.

The chessboard squares and the chess pieces are designed to have slots for magnets to be inserted. This helps the pieces stay in place and prevents them from falling over during play. It is also possible to try a slightly different design with the chess pieces by giving them a higher infill near the base to make them more stable. You will need 96 magnets sized 6 x 3mm.

This project isn't particularly difficult, but it requires special attention to detail as you're working on several small parts. If you are just getting started with 3D printing, consider taking on some smaller, less complicated 3D printing projects for the home .

4. Folding Travel Coat Hanger

This folding travel coat hanger is fantastic because it's so small and portable. It can be folded up to fit in your backpack or duffel bag without taking up space for your clothes. Also, it can be printed in several colors and has two configurations for children's and adult clothes.

It can come in handy when you need to hang laundry to dry or to keep your clothes as crisp-looking as possible. If you need to, you can also hang your ties, belts, blazers, and trousers. This travel coat hanger (Thingiverse) requires support and an infill of 50% or higher.

5. Car Seat back Trash Bag Hooks

A long road trip usually means more clutter in the back seat, especially if you have kids in the car. A trash bag would definitely come in handy, but it has to be accessible to everyone in the car.

This 3D print (Thingiverse) by YoungBunk is the perfect solution for keeping a trash bag in place on the back of your seat. The hooks are easily removable when not needed and can be printed in PLA or ABS. You should consider how hot it gets in your locality when choosing a filament. For instance, ABS has a much higher melting temperature than PLA.

All you need to do is print the parts (you could print just one twice), attach the hooks to the uprights of your headrest, and hang a trash bag on it, and your days of being worried about backseat clutter are over. Be sure to check the remixes on Thingiverse if the original design doesn’t work for you.

6. Sunglasses Car Sun Visor Clip

Sunglasses can block the glare of the sun and protect your eyes from UV rays while driving. This clip is designed to hold a pair of sunglasses fast to your car’s sun visor. This 3D print (Thingiverse) is quite a popular download, probably owing to its simplicity and effectiveness.

People who have made this 3D print have noted that using PLA filament will cause it to melt and bend in the heat of the sun. Therefore, it is advised to opt for nylon, ABS, or a more heat-resistant filament instead.

7. Travel Jenga Box

Let's get one thing out of the way right off the bat: you can't play Jenga in a car. The game requires large, flat surfaces and plenty of free time, neither of which are readily available when you're on the road. That said, Jenga sets usually come in flimsy boxes or tubes that quickly fall apart after long periods of handling.

This Thingiverse project by Shawn Wood allows you to print out your own travel Jenga box. This cylindrical box will make it easier to pack your Jenga set in a bag and hit the road, without worrying about the pieces falling out. There is also a second version of this project that is thinner and longer.

8. Tic Tac Toe In a Box (Noughts and Crosses)

Tic Tac Toe is a game where you have to place Xs and Os on a 3x3 grid so that they make a line of three—vertically, horizontally, or diagonally. The aim of the game is to get three in a row before your opponent does. This 3D project allows you to take this classic game on the road and play wherever you are.

This 3D print (Thingiverse) doesn't require any supports or rafts. Also, you can add a custom embossed design on the lid to really personalize the project. You can check the remixes on the project page for inspiration.

3D Prints for a Road Trip

Whether you’re looking for a new way to make your trip more comfortable or just want a fun thing to do on the road, there are so many possibilities! We hope we've helped you find something special for your next long trip or short commute. If your 3D prints are going to be spending long, sweltering hours in the blazing sun, be sure to choose a filament with a higher melting temperature.

• 3D Printing

Travel Light & Smart: 30 Essential 3D Prints for Jetsetters!

Hey there! I’m Carolina, and I’ve got an insatiable passion for drones, but today, I’m shifting gears to share with you my excitement about 3D printing for travelers. If you’re a wanderlust-stricken soul like me, you’re going to love this. Get ready to discover some of the most fascinating 3D printing marvels tailored just for travelers. So, fasten your seat belts, and let’s dive right into my list of the 30 Top 3D Prints for Globetrotters .

1. UkeGo 2. Collapsible Clothes Hanger 3. BrushBox 4. Classic Tic-Tac-Toe 5. Journey Battery Organizer 6. Miniature Catan 7. Portable UV Nail Lamp 8. Trip-Marks 9. RazorGuard 10. Nomad’s Guitar 11. Wanderer’s Cigar Ashtray 12. Expandable Travel Mug 13. SafeEgg 14. ChessSet Pro 15. SoundSeal Earplug Keeper 16. AppleTender Cord Protectors 17. MechMagus Chess 18. Backseat iPad Cradle 19. Voyager’s Toiletry Kit 20. SlimFold Phone Stand 21. Roleplay Dice & Carry 22. HideNKey 23. Sketch & Go Kit 24. BookMate 25. AeroMount System 26. Suds & Go Soap Holder 27. TangleFree Earbud Clip 28. Pocket-Size Checkerboard 29. MedBox 30. BagID

AD1. UkeGo Meet UkeGo, the traveler’s musical companion. This downloadable travel ukulele is minimalistic with just 5 parts to print. Assemble with strings and tuners and voila! Ideal for the music lover on-the-go. Hat tip to avocado_boat! Discover UkeGo on Thingiverse.

AD2. Collapsible Clothes Hanger Presenting the Collapsible Clothes Hanger – a traveler’s wardrobe essential. Its compact design makes it a breeze to pack. An absolute must-have if you need your outfits crisp and fresh. Kudos to francfalco! Check it out on Thingiverse.

AD3. BrushBox Keep your toothbrush clean and secure with the BrushBox. Essential for maintaining dental hygiene during your adventures. Big thanks to Robine for this creation! Hunt for the BrushBox on Thingiverse.

AD4. Classic Tic-Tac-Toe Journeys can sometimes get dull, but not with the Classic Tic-Tac-Toe set. Relive this timeless game and let fun fill those idle moments. Cheers to MiseryBot for this! Snag it on Thingiverse.

AD5. Journey Battery Organizer Power up with the Journey Battery Organizer. Designed to keep your AA and AAA batteries in check, this neat tool is a must for the tech-savvy traveler. A shoutout to scanner for this one! Available on Thingiverse.

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Become a Smarter Traveler with 10 3D Printed Gadgets

From going camping to a beach getaway, or even to another country, it’s important to pack what’s necessary. Get ready for your next trip with our picks of the coolest 3D printed travel gadgets and see how 3D printing can make vacations easier:)

If you see something that you’d like printed on the list, but don’t have the means or desire to do so, try FacFox , one of the largest on-demand 3D printing platform. You’ll have your pick of technology, material, and finishes, all with excellent customer support.

Earbud Holder by sneakypoo

Aside from being a convenient way to keep track of your headphones, this case also prevents them from tangling up in your pockets. It keeps them snug and fitted within a plastic enclosure for easier transport and better care.

Download: https://www.thingiverse.com/thing:36321

Download: https://www.thingiverse.com/thing:210142

Slim Wallet & Coin Holder

Don’t want to carry around a bulky wallet? Keep your money and cards organized while saving pocket space with this slim wallet. This design is great for traveling and short trips.

Download: https://www.thingiverse.com/thing:1756637

This coin holder will make sure you always have quarters for meters and pennies should you find a penny press machine. You could even use this as a place to stash emergency cash.

Download: https://www.thingiverse.com/thing:1374186

Wall Outlet Shelf

Unless you have a 10 ft cable, there’s no guarantee the outlet is close to your bed. With this, you don’t have to worry about your phone lying on the floor and getting stepped on.

Download: https://www.thingiverse.com/thing:279173

Luggage Tag/Label

The good traveler never leaves his/her luggage untagged. The even better one uses this 3D printed luggage label to keep personal information handy for any necessity.

Download: https://www.thingiverse.com/thing:168745

Download: https://www.thingiverse.com/thing:766952

Lugging your big bag can leave a mark on your shoulder from the straps. This can help ease some tension while going to the beach or just carrying a bag in general!

Download: https://www.thingiverse.com/thing:597043

Bstrong Travel Hook

Download: https://www.shapeways.com/product/V824JDYZJ/bstrong-travel-hook?li=search-results-5&optionid=42671761

Trash Bag Hook

Taking a road trip to the beach means being in your car for hours. With the bag hook, you can access food or have a bag hanging to dispense of trash so the car doesn’t get too messy!

Download: https://www.thingiverse.com/thing:128136

Pill Dispenser

This portable pill dispenser provides a simple organizer for any pills that you’re taking. There are seven small areas in the dispenser, one for each day of the week.

Download: https://www.myminifactory.com/object/3d-print-7-day-pill-capsule-tablet-dispenser-44010

Survival Whistle

Carry this whistle when you take a jog or walk on the beach. It is designed to be able to get you noticed in all conditions. The design makes it easy to carry, lightweight, and most importantly durable! For ruggedness testing, it spiked it into the pavement, ran it over with a car, and finally submerged in water for two hours to make sure that it would not sink and would drain and whistle immediately after taking it out. This survival whistle has the nickname “MakeItLoud”.

Download: https://www.thingiverse.com/thing:1179160

Self-Watering Planter

Going on vacation you usually have to ask someone to water your plants or they can die. With this, you just have to set it up and let it water itself! You can also make it in different sizes for most of your plants.

Download: https://www.thingiverse.com/thing:903411

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3D Print Your Backpack And Everything you’ll Need For Your Trip

Brown leather travel backpack 3d model, universal charging dock for iphone and android, first aid kit, mini mate travel chess set, customizable comb, toothbrush case, deviantart bag 123d scan, keychain phone stands, pill dispenser, food bag clips.

One of the perks of using 3D printing technology is that it allows you to print all your essentials needed while traveling.

So, instead of buying it online or offline, you can home-make it if you have a 3D printer. Or, you can order them online from a 3D printing service provider.

You can also download the 3D design file that’ll enable you to print the essentials needed on your trip from 3D design file repositories.

All in all, there are many options that this technology provides you. And these options are less complicated than the other ones at your disposal.

In this article, we intend to provide you with some of the most captivating options for the backpack and other essentials that you’d need for your trip. The specialty of each one of these options is that it can be manufactured using 3D printing technology. Also, the 3D design files of these necessities are available for download on the websites that provide services of 3D printing.

Engrossing 3D designs for Backpack and other essentials for your trip

Did your past ponderings make you think about a technology that’d grant the flexibility of creating nitty-gritty for your trip at your home?

3D printing is a technology that lets you download a design file of a Backpack or a mini hairbrush, soap dispenser, camp light, or maybe a customizable comb.

After downloading, you can upload the file to a 3D printing service provider and enter your shipping address to ensure the product reaches you.

And in case you have a 3D printing machine, the cost of which starts from as low as $170, you can manufacture the item at your home.

Magical, isn’t it? So, let us find out the places where you can get these files to start 3D printing these essential items. All you got to do is, keep reading!

Available in various file formats, this Brown Leather Travel Backpack 3D model is something that those who do not know, would not be able to differentiate from the backpacks created using traditional manufacturing techniques.

The 3D design file obtainable from  CG Trader  will cost you $18, but that’s worth it.

The Backpack made from this design will have a texture all over its body and a detailing design.

You can also request the designer to provide you the design file in 3D Max Corona, 3D Max Vray, OBJ, Cinema 4D + Corona, Cinema 4D + Maxwell, and FBX format.

PolyMesh is the Geometry type used in the 3D design of this Backpack that has two small side pockets, one small front pocket, and a main large pocket.

What else could sound more like a god-gift nowadays than a phone charging station that you can carry while traveling?

You can download the 3D file of this phone charging dock in STL format from  Cults  for free.

The specialty of this charging station is that your phone remains in a vertical condition.

Keeping your phone this way diminishes any chance of stepping over it, as there are if your phone is horizontal.

The maker recommends you print the charging station’s base and choose the correct connector adaptor and the top holder for your phone.

After safeguarding your phone’s battery, you also need to protect yourself while on a trip, needn’t you?

Can be printed using FDM 3D printing technology , this First Aid Kit’s design is available for download on  MyMiniFactory .

According to its 3D design file, the kit is 151 mm * 151 mm * 10.5 mm in dimensions.

If you do not prefer printing this essential for your trip using flexible filament, you can also modify the design.

Using this box, you’d be able to carry anything ranging from the very fundamental bandages, safety pills to anything as serious as allergy pills.

While the time of writing, the file has 230 downloads to its name.

The most important practical thing to carry while traveling on a trip is something for your entertainment.

Because frankly stating, who knows what uncertainties the trip holds for you?

You can download this Mini-Mate, fully printable, pocket-sized, travel chess set design for free from  MyMiniFactory .

The maker of this 3D design recommends you use two grooves on the box to support it.

Printing this 94 mm * 94 mm * 2 mm chess set can be accomplished using FDM 3D printing technology.

According to the maker of this 3D design, the printing takes anywhere from 284 to 294 minutes.

When you are not traveling alone, but with your family, you’ll not just one Backpack, but a complete set of bags.

And that’s when this 3D design available on  CG Trader  for $49 will be useful. Two big bags, a medium, and a small bag would be enough for carrying your complete family’s clothing and accessories on a trip.

The geometry of this 3D model is in the form of Polygon Mesh. It has 178,227 polygons and 209,665 vertices. Bags set’s 3D design is available in Max 2014, Max 2011, Fbx, and Obj file formats.

Keeping yourself tidy on your trip becomes an essential deed to do. Especially, when you have to travel to a longer distance and yet keep yourself neat.

During such conditions, having an easy to carry comb becomes a useful asset.

This customizable comb’s 3D design is accessible for free on  Thingiverse  lets you comb your hair, as well as beard.

There is a specialty of this comb, which made us write it with the adjective “customizable” prefix.

Even if you forget this comb anywhere on your trip, people will be able to know that it’s yours because of your name imprinted on it.

The maker recommends printing it with a resolution range of 0.12 to 0.20 and 85 to 100 percent infill.

In case your trip includes stay at places where there are chances of darkness; you’d want to carry a torch or a small lamp with you, wouldn’t you?

The Camp Lamp 3D design obtainable from  Cults  would account for an easy to carry, enough light-giving lamp.

You can download this 3D design for free. And then, if you have a 3D printer, manufacture the lamp at your place. Else, upload it to a 3D printing service provider.

This Camp Lamp’s 3D model is present in STL format. The hole for the flashlight has a diameter of 12 mm.

But, you can also scale the lamp and ensure it fits into your flashlight. The maker suggests you print this model in a transparent filament with a low infill of around 10 percent.

First of all, honestly answer yourself while reading this question. How many of you forget to fetch your toothbrush on a trip?

This habit of not remembering to carry one’s toothbrush is as common as searching for more paste from the toothpaste packing, even after knowing it is over.

Printing the Toothbrush Case 3D design available on  MyMiniFactory  will not only ensure that you keep in mind your toothbrush while traveling but also restrict bathroom bacteria on it.

You can download this design for free. According to the maker, you should print the case at 0.2 mm layer height with a 10 percent infill.

Do note how printing it will utilize 65 grams of filament and 460 minutes of time. The dimensions of this Toothbrush Case are 30 mm * 30 mm * 115 mm. It’s available in two pieces.

You will be able to carry the bag created by downloading this design not only on your trip but also on your day to days. The design file of Deviantart Bag 123D Scan is available for download on  Cults .

It is one of those special backpacks which can accommodate very much by utilizing very little space.

This backpack’s dimensions are 140 mm * 172 mm * 42.2 mm. STL is the file format in which the 3D design file of this backpack can be downloaded.

Don’t you think that we have started taking a few facilities for granted? Imagine you are on your trip wishing to take out your coat for a while and relax while traveling in a vehicle!

How would you do that without hanging it on the seat in front of you?

The door hanger that you can manufacture from the 3D design file available for free on  Cults  can be taken with you to help in such situations.

The maker gives you the freedom of printing it on fast mode, without any support. It’s available in STL file format.

This one falls under the list of tiny things making an impact while on a trip.

You might think that this one is good only for fun. But the Keychain cum Smartphone stand manufactured from this 3D design file available for free on  Thingiverse  is pretty handy.

The printing settings tips given by the maker are:

• Create it without using rafts or supports.
• Create it with 0.1 mm resolution and 10 percent infill.

After coming from your trip, if you think that the Keychain cum Smartphone stand is less comforting when used as a Smartphone stand, use it as a keychain.

It’s small, it’s fun, and it’s practical. You can print your favorite form of animal on it.

Seven small areas for seven different days of the week! This pill/capsule/tablet dispenser 3D design, downloadable for free from  MyMiniFactory  would ensure that you never forget to take what’s necessary for your health.

There is no need for rafts or support structures while printing this design. But you are suggested to have a resolution of 0.2 mm and an infill of 30 percent.

You can build it simply using the FDM 3D printing technology. For getting a nice pattern on the lid of this dispenser, you may use the concentric infill and create a symmetrical indent on the outer layer.

Although we deny having a habit of eating from food packets while traveling and brag about having lavish lunches and dinners, secretly we all love eating from them.

So much that, sometimes we are in a condition that we do not know what to do with the remaining food packet?

Some part of our brain wants to keep it because it has food. But the other part does not want to, because it’s broken in such a manner that it’ll leak itself and spoil your other luggage.

The Food Bag Clip printed from this 3D design accessible from  Thingiverse  would resolve your greatest dilemma.

It’ll let you keep the food without spoiling your luggage. Keep a nozzle diameter of 0.4 mm and an infill of 30 to 40 percent for permitting you a little more flexibility.

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The Conclusion

We hope that the above-mentioned thirteen requisites are useful to you while traveling on your next trip. Like we stated before, once you obtain the 3D design file of any of these thirteen, you can print them on your printer.

You can also upload the design files to any 3D printing service providing websites and get the product shipped at your place.

3D Printing technology is growing day by day. More and more 3D designers are uploading their discoveries by associating the technology with their everyday life.

The best part about this technology is the flexibility with which it lets you customize products for your need.

It’s not necessary to take a trip carrying many things. The lesser you carry, the smoother your trip is. This point is where 3D printing technology can help you.

As you can see in the above-mentioned list of Essentials, they are all smaller objects, making a huge difference. And the fact that the 3D design files of most of the things are available for free makes it cheap.

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Reduce Travel Lines

By AlfredTheGrey2 February 4, 2021 in UltiMaker Cura

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Alfredthegrey2 0.

I'm really strugling to eliminate travel lines inside this print and really don't undestand why, the combing mode is active and the printer head should travel inside the infill lines but this doesn't happen.

AC_Part1.gcode Part1.STL

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Strange.  Your stl and gcode aren't helpful.  Instead post the project file.  Do "file" "save...".  Then post that here.

Make sure "enable retraction" is checked.

Make sure "maximum retraction count" is 10 or greater and "minimum extrusion distance window" is less than 5.

Make sure "retraction minimum travel" is less than 5mm.

Check "max comb distance with no retract".  Not sure if the latest cura has this setting only the burtoogle versions.

"Combing mode" is not on "off"?

4 hours ago, gr5 said: Strange.  Your stl and gcode aren't helpful.  Instead post the project file.  Do "file" "save...".  Then post that here.   Make sure "enable retraction" is checked.   Make sure "maximum retraction count" is 10 or greater and "minimum extrusion distance window" is less than 5.   Make sure "retraction minimum travel" is less than 5mm.   Check "max comb distance with no retract".  Not sure if the latest cura has this setting only the burtoogle versions. "Combing mode" is not on "off"?  

Every option you said was already good but the problem still persist, this happen with all my prints

AC_Part1.3mf

GregValiant 1,339

Still over 10 hours to print.  I just kept fooling with it.  7% grid infill.

The angled area is still kind of random. Z-seam is "User Specified", "Front", "Seam Corner Preference" = None.

GV_Part1.3mf

You had "max comb distance with no retract" set to 30mm so all moves longer than 30mm were getting a retraction.  Just set that to zero.  Or something very large like 200.

Is your goal to get rid of retractions or was your goal to speed things up?  If you want to speed things up the quickest thing to do is do thicker layers.  In my opinion 0.2mm layer height looks great.  Or put a larger nozzle in there like a 0.8mm and just do 2 or 3 shells instead of 5.  And do thicker layers like 0.4mm layer height with a 0.8mm nozzle.

I sell parts where I do 0.3mm layer height with a 0.8mm nozzle and I think the parts look good enough for my customers.  None of them said "your part looks like crap with all those layer lines" (they all own 3d printers themselves).

Another great option is to do the gradual infill.  That way infill starts increasing as you get close to the top surfaces but is basically non-existant through 90% of the part.

17 hours ago, gr5 said: Strange.  Your stl and gcode aren't helpful.  Instead post the project file.  Do "file" "save...".  Then post that here.   Make sure "enable retraction" is checked.   Make sure "maximum retraction count" is 10 or greater and "minimum extrusion distance window" is less than 5.   Make sure "retraction minimum travel" is less than 5mm.   Check "max comb distance with no retract".  Not sure if the latest cura has this setting only the burtoogle versions. "Combing mode" is not on "off"?  

I wanted to reduce the printing time by removing all the unnecessary travel moves and make them pass inside the infill lines, because when finished, the print will be inaccessible inside and some times all those travel moves create inside it little debris that you can hear while shaking it.

12 hours ago, GregValiant said: Still over 10 hours to print.  I just kept fooling with it.  7% grid infill. The angled area is still kind of random. Z-seam is "User Specified", "Front", "Seam Corner Preference" = None.   GV_Part1.3mf 248.01 kB · 0 downloads

Not a bad idea for the time being, but i think in some print with thin walls could lead to structural weakening in that point

I don't know the vector of the load.  For radial and longitudinal loading I would design internal spokes rather than rely on the infill.  My only criteria in the exercise was to align the travel moves.  I didn't pay any attention to the number of walls.

A few months ago I made a feature request on GitHub for "Radial" infill.  The Cura Team made a thoughtful reply but determined that because the varying density (as a function of the distance from the center) made it seriously problematic to program, coupled with the very few people who would see any benefit, declined.

"Triangle" infill with "Infill Line Directions" = "[0]" and "Infill Line Multiplier" = 5, and with the "Wall Count" = 5, makes a very robust part that would take 30 hours to print.  I'm not sure what to make of the "rattle" criteria.  I've never noticed it as a problem.  

On 2/4/2021 at 4:14 PM, gr5 said: You had "max comb distance with no retract" set to 30mm so all moves longer than 30mm were getting a retraction.  Just set that to zero.  Or something very large like 200.

So you tried this?  It worked perfectly as desired?

5 hours ago, gr5 said: So you tried this?  It worked perfectly as desired?

Unfortunately no, the problem still remain, i'm desperate  😭

I loaded your project and changed the "max comb distance with no retract" set to 0 and all the movements went from light blue to dark blue indicating retraction.  Are you 100% sure you tried that?  I'm very confused now.

Maybe there have been too many posts in this topic and skipped one of my posts?  The one that gives you the answer to the question you asked?

Please post a new project file if "max comb distance with not retract" isn't working for you.  Or go back to the project that you posted above because that solution works perfectly.

I swear it's frustrating when I post the exact correct answer and then a week later someone else posts the same thing and the original poster is like "dude #2!  It Worked!".  Please read all my posts above.  Sorry to make many small posts.

gr5 - please forgive my snickerin'.  It was totally unintentional I assure you.

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UltiMaker Cura 5.8 Stable released 🎉

MariMakes posted a topic in UltiMaker Cura , August 5

Introducing the UltiMaker Factor 4

ArunC posted a topic in UltiMaker 3D printers , May 6

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Maritime Whirlwind Decor / Wind Spinner with Boats

• Makes & Comments 2

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• Collections 13
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Description

Model description in english:.

Introducing our unique 3D model "Decorative Wind Spinner with Boats," perfect for all 3D printing enthusiasts! This captivating design combines beauty and functionality, featuring a stylized boat at each of the three corners. The wind spinner's blades, crafted from the sails of these boats, are carefully curved to effectively catch the wind and create movement. This model will not only enliven your garden but also add a touch of elegance and originality to your space. Print your own wind spinner and let it dance in the breeze!

Update v1.1

• Added modified base for classic bearing: size 8x22x7 mm 
• Bottom base for nut 13 mm
• Two versions of the base, one for screwing and one for magnetic attachment, for example on a windowsill.

How to Print?

• The models are optimized in all directions for the simplest possible printing. 
• It is advisable to print the rotating part with more perimeters 3+ and with more infill 15% and more. 
• On the other hand, I recommend printing boats and sails with “Lightning” infill. 
• All unsupported areas on base are modeled so that the slicer and printer can handle them using only bridges - as shown below:

Material you will need:

• Magnets 5x5x2,5mm (only for magnetic base)

than the magnet base will look like this:

Popis modelu v češtině:

Představujeme vám náš jedinečný 3D model "Okrasný větrník s loděmi", ideální pro všechny nadšence do 3D tisku! Tento fascinující design kombinuje krásu a funkčnost, přičemž na každém ze tří rohů se nachází stylizovaná loď. Lopatky větrníku, vyrobené z plachet těchto lodí, jsou pečlivě zakřivené tak, aby efektivně zachycovaly vítr a vytvářely pohyb. Tento model nejenže oživí vaši zahradu, ale také přinese do vašeho prostoru nádech elegance a originality. Vytiskněte si svůj vlastní větrník a nechte ho tančit ve větru!

• přidaná upravená základna pro klasické ložisko: rozměr 8x22x7 mm
• Spodní základna pro matku 13 mm
• Dvě verze základny, jedna pro přivrtání a jedna pro magnetické přichycení třeba na parapet.

Jak tisknout?

• Modely jsou ve všech směrech optimalizované pro co nejjednodušší tisk. 
• Je dobré, aby byla rotační část tištěna s více perimetry (3+ a s více infilem 15%+)
• Naopak lodě a plachty doporučuji tisknout s infilem “Lightning”
• Všechna nepodepřená místa na základně jsou vymodelována tak, aby si s tím poradil slicer i tiskárna pouze za použití mostů - jak je znázorněno níže:

Model origin

The author marked this model as their own original creation.

Attribution—Noncommercial—Share Alike

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Surf Flex Lab Develops Collapsible Surfboard to Enhance Surf Travel

August 27, 2024

Surfing often faces logistical challenges when it comes to transporting surfboards. Traditional surfboards are typically large and cumbersome, making them difficult to manage during travel and vulnerable to damage. To address these issues, the University of Wollongong’s Surf Flex Lab is leading an innovative project to develop a collapsible surfboard that integrates cutting-edge technology with advanced design, aiming to transform the way surfers travel with their gear.

Innovative Collaboration for a Compact Solution

The Surf Flex Lab, under the leadership of Professor Marc in het Panhuis, is collaborating with the University of New South Wales and a private company to create this collapsible surfboard. Supported by the Australian Composites Manufacturing Cooperative Research Centre, the project focuses on enhancing travel convenience for surfers without compromising the performance of the board.

Central to this project is the use of advanced manufacturing technologies. The team’s expertise in materials science and engineering plays a crucial role in developing a surfboard that is both compact and durable, effectively addressing the challenges posed by traditional surfboards. The Surf Flex Lab is exploring innovative techniques to improve the laminating quality of boards, including automated processes for core shaping, composite material deposition (glassing), and finishing.

Advancing Surfboard Design with Technology

By leveraging technology-informed design, the project aims to optimize key performance characteristics such as flex, damping, rebound, and overall feel. These advancements are not only intended to reduce manufacturing costs but also to ensure that the final product meets the highest standards of performance. The use of 3D printing technology is particularly noteworthy, as it allows for precise customization of surfboard components, potentially improving performance while reducing weight.

The Surf Flex Lab’s approach has evolved from initial research on 3D-printed fins to a comprehensive focus on surf engineering, demonstrating the lab’s commitment to integrating advanced technologies with sports science. The emphasis on advanced materials and manufacturing processes reflects a broader trend in the industry towards innovation and sustainability. By developing a collapsible surfboard, the Surf Flex Lab is not only enhancing travel convenience but also contributing to more sustainable practices in surfing.

Impact on Surfing and Sustainability

Travelling with large, fragile surfboards has always posed significant challenges. Traditional boards are often cumbersome, making them difficult to transport and prone to damage. The collapsible surfboard aims to mitigate these issues by offering a compact, lightweight alternative. This design innovation is expected to make it easier for surfers to transport and store their boards, without sacrificing quality or performance.

Moreover, the project aligns with the University of Wollongong’s commitment to sustainability. By creating a surfboard that reduces the carbon footprint associated with transporting large equipment, the project supports the United Nations Sustainable Development Goals, particularly Goal 9 (Industry, Innovation, and Infrastructure) and Goal 12 (Responsible Consumption and Production). The development of a collapsible surfboard represents a step towards more sustainable travel practices within the surfing community.

Source: uow.edu.au

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3D Moscow | Digital Files | 3D STL File | Moscow 3D Map | 3D City Art | 3D Printed Landmark | Model of Moscow Skyline | 3D Art

• 👁 3.1k views
• ⬇️ 7 downloads
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3dcityframes

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⬇️ 3D printer file info

3d model description.

Hi fellow maker,

This is a highly detailed 3D model ready to be 3D printed of the city of Moscow.

The area represented corresponds to approximately 13km2 in reality. The model was subsequently divided into 25 tiles each one measuring 15cm x 15cm. Once the print is finished you can finally combine all the sections together in order to create a fantastic 3D model of your favorite city.

A simple idea aimed at reducing the nostalgia resulting from the impossibility of being able to travel due to the restrictions from Covid-19; whether you decide to hang your original 3D city frame on the wall, place it on a table in your living room, display it in your office or give it to someone you care I hope that in contemplating it you too can feel at home again.

Happy printing, this is Moscow, Russia.

The downloaded file must be distributed with this accompanying license text.

Map data (c) OpenStreetMap contributors.

License details available at http://www.openstreetmap.org/copyright

Data via USGS National Elevation Dataset (NED). All NED data are in the public domain.

Data via NASA Shuttle Radar Topography Mission (SRTM). All SRTM data are in the public domain.

3D printing settings

Layer Height: 0.2 - 0.28

Infill: Gyroid 10/15%

Top/bottom layer: 3 - 2

All designs › Architecture

📸 0 3D print photos

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