3D printed knitting needles

3D Printed Needle and Stitch Gauge

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Star Seller. This seller consistently earned 5-star reviews, shipped on time, and replied quickly to any messages they received.

Listed on Aug 21, 2022

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Products tagged: knitting needles - Shapeways 3D Printing

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3d printing at home

The hour is not far off when 3d printing will be applied everywhere, 3d printers will be in every house and there will be universal happiness and prosperity. So far, the user must have 3d modeling skills and be at least a little bit of an engineer. In order to pump this skill a little, I offer an example of household use of 3d printing.

It's time for a vacation, and such bad luck, the wheels of a beautiful summer stroller broke. They used it in the tail and mane and the wheels on the axle were flared. The Chinese did not provide any seals and bearings, wheels made of foamed plastic, tires made of foamed rubber, and that's it.

It would certainly be possible to buy a new stroller. Or collective farm wheels from another moving vehicle, a scooter there or something else. But our hands are not for boredom, the itch of rubbing haunts and a flock of 3D printers in the corner buzzes invitingly.

So given:

Excellent lightweight stroller that folds and unfolds with one wave of the hand. 2 broken-down wheels from the lazy uncle Liao to her, solid works and a 3D printer to load. Well, a little more free time and 200 grams of plastic. Here is a simple equation. There will be many pictures and little text.

First, we disassemble the stroller and study the wheels, so that later we can use the reverse engineering method to chop our own, remove the rubber.

Everything is clear, nothing complicated. The rim also has grips for the rubber to keep it from slipping.

We take measurements, draw a dimensional drawing by hand, and move on.

Opening solid. And we start with the outer diameter. We create an elongated boss according to the sketch in our overall dimensions.

On one of the faces, draw a sketch for the outer cutout (where the wheel will be attached to the axle).

And cut out with an elongated cut according to the measurements to the desired depth (in our case 11.5 mm).

Now the inner structure needs to be sunk a little so that the cover is flush with the outside of the wheel. We simply form another sketch on the outer edge, matching the diameter of the cutout, and apply the cutout to the thickness of our lid, 3mm. Next, we make chamfers and roundings, as in the original.

We form the grooves for the lid latches also with elongated cutouts through.

Making a groove on the rim. Draw a suitable ellipse on the frontal plane and apply “cut-rotate” to it.

Grooves for the cover latch

In the process of work, I thought, why should I make a solid wheel, I will make spokes with stiffeners. I didn’t want to bother with the alteration of what was done, I just created a profile, pulled out the boss to get the desired shape. Then I checked with an array.

Cut the spokes also on the outer edge

Then cut out the stiffeners also in an array

Round everything that is rounded

It's time for the brake sprocket. Draw a sketch on the edge.

Pull out the boss. Roundings at the junction of the sprocket and the edge will give the structure additional fracture strength, and the sprocket will not come off under load. Cut out the axle.

So that the shaft does not break the wheel along the axis, as in the Chinese parent, I want to press the bearing. We make a cutout under it.

It can be seen that the diameter of the cutout for the bearing is larger than the embedded diameter for the axle. I tried on the wheel again, and found out that you can add thickness. I just increase the boss by 5 mm, and everything is ok.

The finishing touch. Tire hooks.

On the front view, draw a sketch to create a cone. According to my estimates, the cone should be enough for a confident hook.

Rotate the “rotated boss” sketch around the axial one to get a cone.

Next is the circular array of the resulting cone, and that's it. The layout of the product is ready.

All finished with modeling.

Printed the whole thing in white HIPS with 100% coverage. Of course, PETG would have been better, but I only had black left. HIPS is also suitable, it is quite rigid.

Printed product with pressed bearing.

Trying on

Everything is ok, I put on the printed boot.

Final assembly

Test drive)))

That's it, take me there, to the sea)))

Forty minutes of modeling with a tea break, 12 hours of printing and the new wheels are ready. Field tests showed that the wheels held up, only the bearing had to be pressed in on both sides. Wear on the inside takes place from rolling the stroller on the sand.

In summary, I would like to note that the pros, of course, will not surprise you with the described techniques, and for beginners one more applied lesson will be useful.

That's all, may the force be with you.

Yours sincerely, design-exp.com

What the first 3D printed village looks like

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Photo: New Story

Do you dream of cheap and beautiful housing? It can be created in just a day using a 3D printer. So, in Mexico, by the end of 2020, they plan to print an entire village. Two houses are ready, and tenants have moved in

3D printing of real estate is gaining popularity: it is cheap, fast and requires relatively little energy. Technology allows you to create housing in just 24 hours - who among us will refuse a village house, which can be entered in just a day after the start of construction?

Photo: New Story

But for now, technological know-how is serving the needs of the poorest, most vulnerable. For example, it may be the construction of temporary shelters for victims of military conflicts.

New Story, a non-profit organization with the support of local governments, 3D printed two houses in the Mexican village of Tobasco. This housing is intended for the poor and those who have lost their homes due to an earthquake or flood - in the area where the village is located, they occur quite often. By the end of 2020, New Story plans to build 50 one-story 3D houses with an area of about 47 square meters. m each.

The houses were printed using a Vulcan II printer. It works as follows: cement is squeezed out of the nozzle of the apparatus and applied layer by layer around the perimeter of the designed house.