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3д принтер

3д принтер своими руками

как сделать 3д принтер

smartrap

smartrap 3d

smartrap своими руками

своими руками

как сделать

самоделки

самодельный рпинтер

3д

3д печать

diy

diy 3d

smartrap diy

сборка

сборка 3д принтера

AutoAndElectronics

00:00:02

rather complex project of assembling a 3D

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printer with my own hands.

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To be honest, I’m not sure about the

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positive result, but it’s

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definitely worth a try. The main blocks of the

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printer are the mechanical parts or the frame; the

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electronic control unit is also a

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separate unit; I think we can highlight the

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plastic supply system as it is There are

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several options for assembly and also

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requires separate setup. Today I’ll

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start manufacturing the

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mechanical part of the printer. There are

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several options for printers and I chose a

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fairly simple one and how else is it

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positioned? The cheapest 3D printer

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smart slave This design is far from

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ideal, it has a bunch of disadvantages

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associated with insufficient rigidity

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framework, but at the same time it is the

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simplest and has a minimum number of

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parts and compact dimensions

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compared to other 3D printers

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to drive movement 8 3D printers will

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already be classic in this area stepper

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motors on the 18 x and y axes will

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move by means of belt

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drives, perhaps and z using screw

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classic scheme

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linear guides for the x and y axes

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will be quite thin with a diameter of only

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six millimeters and for the z 8 axis in order

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linear bearings will be installed

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corresponding to the diameter itself, 4

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pieces for each axis in the original

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project, a stud m 5 is used for the z axis,

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in my case it will be an M8 screw was used,

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as well as an adapter coupling to the z-axis motor,

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I purchased all the components as

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usual from Aliexpress, links to them, as well as

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to the original project of this printer, I

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put in the description I printed out all the

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necessary details of the model, which I took

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from the original project,

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I will use another extruder mount

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since I am using a ready-made one the heater is

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self-assembled as in

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the original; I also developed

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additional parts for fastening the

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z-axis guides; with them, the axis is

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much more even, but still not entirely

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ideal; I also developed a part for the

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z-axis screw drive, since in my

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case we will use an M8 screw; they are an

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M5 stud; The printer will

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serve as a sheet of chipboard on which I begin

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assembling the printer according to the instructions attached

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on the project website. I attached a guide plate to the chipboard sheet

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for installing

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the motors, two mounting screws and

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guides of the sizo through additional

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fasteners which are not in the original

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project. I didn’t film how it was done in the video.

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I’m sure that the axis will become level, but

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I think from the finished version it’s clear what and

00:02:12

how to fasten, then I put the bearings in the

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places intended for them, if

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the bearings are not inserted, you can clearly

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heat the part with a soldering hair dryer OMS

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temperature of 100 degrees

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[music]

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[music]

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[music]

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[music] let

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’s get started to the x-axis assembly we press

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it into the holes intended for them

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and install the

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glass holders steel

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[music]

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[music]

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[music]

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I install a screw wah through the coupling onto the

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z-axis motor

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[music] [music]

00:05:06

[music] I

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developed this part myself in the

00:05:35

original the project uses a

00:05:37

similar part but under an M5 nut on a

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sized carriage I mount the y-axis motor

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[music]

00:06:22

I install the bearing for the belt

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[music]

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I install the y-axis guide and

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attach it to the extruder holder

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[music]

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[music]

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[music]

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I install the toothed pulley for the axis belt

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y insert and tension the belt

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[music]

00:08:02

here

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from

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[music]

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install the x-axis motor fasten the

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x-axis bearing holders

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install the guides check the

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smoothness of movement

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[music]

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[music]

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here

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[music]

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[music]

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[music]

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install the bearing for the belt and the

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toothed pulley I insert and tighten the

00:10:26

rimini

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[music]

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[music]

00:11:31

[music]

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[music]

00:11:44

I install the z-axis carriage with the y-axis,

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in principle, the assembly of the printer frame is

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completed, once again we check the smoothness of

00:11:59

the movement and consider dnn so completed, then you

00:12:02

will need to connect the electronics, do not

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flash the arduino, but this is a slightly

00:12:07

different story if you liked the video

00:12:09

or found it useful, don’t forget

00:12:10

to subscribe to the channel and rate the video, it

00:12:14

really stimulates the creation of new

00:12:15

projects, also write in the comments

00:12:18

the topic of 3d printers and 3d printing that interests you,

00:12:20

I wish you good luck to everyone bye

Description:

3Д принтер своими руками. SMARTRAP. Как сделать 3Д принтер? SMARTRAP Часть 1 Механика 3д принтера. ============================ Smartrap оригинальный проект: https://www.thingiverse.com/thing:177256 Мои детали для печати: https://yadi.sk/showcaptcha?cc=1&mt=43B1002909A72C0F0E29DF06A71BC8FA76F0E31C3B6A546974C05905A3291A9DFD31C02B7C742C4B5A27D5CBE02C46D89499A9E39EFD2F00A9677B26237473D8B0AF3A2D82E056AFF54C00509C1781023C9CCF41F8F345776B3640CDAD9D072CFBB839D2119220D74DE1E2BDE1265AECF2A26133CDC0E5E1429B4CAFD14635C7E7397C64BE4BF411E11205D893952BFAF7E4C988A72EDF59BB639CF4660B13E9718DF3FE13D4FCB3C8B91A58672BE0A90AA5C7C1B783036641276EC9B9676A2852028A3DA459FD8C8703A2B22709FFC0D7439B8ECF9D3144C994DCEFFA&retpath=aHR0cHM6Ly95YWRpLnNrL2QvUEJqN3lYRWwzTUwyNnI__b4c029cd316ed5ca1e24b1d6dd7ea062&t=2/1717259110/efce318be33e498231ea4f12d1207ac3&u=87fe0385-a0194145-29559b86-f8a846df&s=49340101eaa40fa65588898f68550048 Крепление экструдера оригинал: https://www.thingiverse.com/thing:1296716 =========================== Друзья все привет этим видео я начинаю один очень интересный и довольно сложный проект где я планирую создать 3д принтер своими руками. Сегодня будет первая часть где будет рассказано о механике или раме 3д принтера. Я выбрал довольно простой и наверно самый дешевый 3д принтер Smartrap ссылки на оригинальный проект выше в описании.

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