Download "ЧПУ станок своими руками. Механика"

"videoThumbnail ЧПУ станок своими руками. Механика

Азбука Морзе

Азбука Морзе

Channel: OKHamRadio

Оригинальные уроки CNC-Professional на YouTube. С Нуля до Профи 2й урок ArtCam, CorelDRAW. lessons

Оригинальные уроки CNC-Professional на YouTube. С Нуля до Профи 2й урок ArtCam, CorelDRAW. lessons

Channel: CNC-Proffi. Уроки ArtCam. Обучение ЧПУ

Artcam 2018. 3D управляющая программа.

Artcam 2018. 3D управляющая программа.

Channel: Дачные истории

Мини шпиндель для мини фрезерного станка

Мини шпиндель для мини фрезерного станка

Channel: I.V. Мне интересно

ArtCam. Урок 2 (редактирование векторов).

ArtCam. Урок 2 (редактирование векторов).

Channel: Дачные истории

Сделал СТАНОК и теперь машину буду ремонтировать САМ!!!

Сделал СТАНОК и теперь машину буду ремонтировать САМ!!!

Channel: Madman

Что я сделал с НАСОСОМ ОТ СТИРАЛКИ / САМОДЕЛКА ДЛЯ МАСТЕРСКОЙ

Что я сделал с НАСОСОМ ОТ СТИРАЛКИ / САМОДЕЛКА ДЛЯ МАСТЕРСКОЙ

Channel: Добрый Мастер

чпу

чпу станок

фрезерный станок

фрезерный чпу

фрезерный станок с чпу

чпу по дереву

чпу резка

лазерный станок

cnc

своими руками

станок

станок своими руками

подключение шаговых двигателей

чпу станок своими руками

подключение станка

сборка механики

комплектующие чпу

фреза

фрезеровка

3д фрезеровка

резка

как сделать

DIY

чпу гравер

арткам

artcam

чпу уроки

обучение чпу

резьба чпу

станок по дереву

лазерная гравировка

00:00:00

I welcome everyone to my channel in this

00:00:03

video I will tell you how I made micro not a

00:00:04

bunch of posting

00:00:06

[music]

00:00:13

[music] let's

00:00:19

start with the selection of components as

00:00:22

guides I use cylindrical

00:00:24

rails SBR 20 to drive my son

00:00:27

action there will be two types of motors on a

00:00:29

matrix 4 along the x and axes y and nemo 23 along the

00:00:33

z axis, I use a rack and pinion as a transmission.

00:00:38

on the corresponding acer I

00:00:46

begin assembling the machine for creating the frame; it

00:00:49

will consist of two types

00:00:50

of metal profile pipes 10 by 10 and 5 by 5. I

00:00:55

made a 3d model to clearly understand the

00:00:57

design of the frame and the dimensions of all the

00:00:59

blanks,

00:01:03

first of all, I mark out the pipe

00:01:08

[music]

00:01:11

for parkour and start with making

00:01:13

two side pierres on the

00:01:16

right of the pipe, I grab the 3rd leg to

00:01:19

start both parallelism and

00:01:20

perpendicularity using a simple

00:01:22

method, I crimp the pipe with two other

00:01:25

blanks using clamps,

00:01:28

thereby it turns out that the side surfaces

00:01:30

lie in the same plane, all that remains is

00:01:32

to set the angle of 90 degrees using

00:01:35

a square

00:01:42

[music]

00:01:48

[music]

00:01:56

I assemble reinforcement 50 pipes and weld them

00:02:00

to the truss

00:02:01

[music]

00:02:05

the size of the working field of my machine is 172

00:02:08

two hundred and sixty-five centimeters

00:02:09

designed for 2d and 3d processing of

00:02:12

various materials

00:02:13

up to aluminum steel and also

00:02:15

laser engraving

00:02:21

[music]

00:02:28

[music]

00:02:39

I check all surfaces and weld

00:02:41

seams

00:02:42

[ music]

00:02:48

[music]

00:03:01

[music]

00:03:03

we make a second company using the

00:03:05

first code of the cattle taxi template in three

00:03:08

central jumpers

00:03:13

[music]

00:03:21

[music]

00:03:34

[music]

00:03:42

I set the companies according to the level and rigidly fixes one of them to

00:03:44

the wall

00:03:53

[music]

00:04:06

[music]

00:04:09

weld the central jumpers

00:04:11

I use the same methods

00:04:13

[music]

00:04:27

[music]

00:04:28

I try on the diagonal I weld the seams

00:04:34

[music]

00:04:46

[music]

00:04:50

let

00:04:59

[music]

00:05:06

[music]

00:05:19

[music]

00:05:26

[music]

00:05:38

[music]

00:05:45

at this stage the program is soon finished

00:05:47

I move on to manufacturing with the portal

00:05:51

[music]

00:05:52

assembling two side stakes, after which they

00:05:55

are connected to each other in a profile

00:05:57

pipe

00:05:59

[music]

00:06:12

[music]

00:06:19

[music]

00:06:31

[music]

00:06:35

let

00:06:44

[music]

00:06:51

[music]

00:06:56

make engine mounts and

00:06:58

weld the portal

00:07:04

[music]

00:07:11

[music]

00:07:18

all the metal structures are assembled, so

00:07:21

we prime and let's paint

00:07:24

[music] I

00:07:31

'm moving on to assembling the mechanics I'm attaching the

00:07:33

linear bearings the portal

00:07:36

[music]

00:07:38

unfortunately there wasn't enough paint

00:07:40

so I'll paint over it after assembling

00:07:43

the machine

00:07:44

[music] I'm

00:07:51

installing the portal cut I'm checking the

00:07:53

mobility

00:07:57

[music] I'm drilling

00:07:59

a hole I'm cutting the thread I'm attaching the

00:08:02

rails except I always check

00:08:04

mobility of the portal to prevent

00:08:05

jamming

00:08:16

[music]

00:08:20

let me

00:08:24

then move on to mounting the zoom 4

00:08:29

[music]

00:08:30

install the motor, press the rack and

00:08:33

pinion to minimize backlash, then

00:08:36

tighten in several places and secure

00:08:39

the rack completely except I

00:08:43

move on to assembling the x and z axes

00:08:48

from aluminum parts, assembling the

00:08:51

axle carriages and also install bearings and

00:08:54

engine mounts

00:08:56

[music]

00:09:09

[music]

00:09:21

[music]

00:09:28

with

00:09:30

[music]

00:09:42

[music]

00:09:49

[music]

00:10:01

[music]

00:10:12

to protect against corrosion I cover everything with

00:10:14

hammer paint

00:10:16

[music]

00:10:18

install rails on the portal

00:10:21

[music]

00:10:35

[music]

00:10:41

[music]

00:10:54

[music]

00:11:06

[music]

00:11:14

[music]

00:11:27

[music]

00:11:34

install tooth 4 rack in a similar

00:11:37

way on os x

00:11:46

[music]

00:11:51

so the series of assembling mechanics is coming to

00:11:54

an end, the portal is in its place, the

00:11:56

electronics are assembled, I am conducting the first

00:11:59

test run of the machine

00:12:01

[music]

00:12:09

in In the next series we will talk about the

00:12:11

electronics of the machine, the

00:12:12

milling software, as well as some

00:12:15

design improvements to everyone, good luck to

00:12:17

everyone bye

Description:

Всем привет, в этом видео я расскажу как собирал механику своего станка с ЧПУ. Немного о нём: рабочее поле 170*265см, глубина обработки по оси Z 25см, предназначен для 2D и 3D обработки различных материалов, а также для лазерной резки и гравировки. Комплектующие: Цилиндрические рельсы SBR 20 и соответствующие подшипники Зубчатая рейка с шагом m1 и шестерни Двигатели nema23 и nema34 ШВП гайка и подшипники к ней Это мой первый опыт постройки чпу, прошу строго не судить. В следующих сериях поговорим об электронике станка, фрезеровке, а также как работать со станком, и что для этого нужно! Моя страничка вк https://vk.com/nikitka7890 Инстаграмм https://www.facebook.com/unsupportedbrowser

Preparing download options

Popular

HD video

Only sound

All

* — If the video is playing in a new tab, go to it, then right-click on the video and select "Save video as..."

** — Link intended for online playback in specialized players

Questions about downloading video

How can I download "ЧПУ станок своими руками. Механика" video?

http://unidownloader.com/ website is the best way to download a video or a separate audio track if you want to do without installing programs and extensions.
The UDL Helper extension is a convenient button that is seamlessly integrated into YouTube, Instagram and OK.ru sites for fast content download.
UDL Client program (for Windows) is the most powerful solution that supports more than 900 websites, social networks and video hosting sites, as well as any video quality that is available in the source.
UDL Lite is a really convenient way to access a website from your mobile device. With its help, you can easily download videos directly to your smartphone.

Which format of "ЧПУ станок своими руками. Механика" video should I choose?

The best quality formats are FullHD (1080p), 2K (1440p), 4K (2160p) and 8K (4320p). The higher the resolution of your screen, the higher the video quality should be. However, there are other factors to consider: download speed, amount of free space, and device performance during playback.

Why does my computer freeze when loading a "ЧПУ станок своими руками. Механика" video?

The browser/computer should not freeze completely! If this happens, please report it with a link to the video. Sometimes videos cannot be downloaded directly in a suitable format, so we have added the ability to convert the file to the desired format. In some cases, this process may actively use computer resources.

How can I download "ЧПУ станок своими руками. Механика" video to my phone?

You can download a video to your smartphone using the website or the PWA application UDL Lite. It is also possible to send a download link via QR code using the UDL Helper extension.

How can I download an audio track (music) to MP3 "ЧПУ станок своими руками. Механика"?

The most convenient way is to use the UDL Client program, which supports converting video to MP3 format. In some cases, MP3 can also be downloaded through the UDL Helper extension.

How can I save a frame from a video "ЧПУ станок своими руками. Механика"?

This feature is available in the UDL Helper extension. Make sure that "Show the video snapshot button" is checked in the settings. A camera icon should appear in the lower right corner of the player to the left of the "Settings" icon. When you click on it, the current frame from the video will be saved to your computer in JPEG format.

What's the price of all this stuff?

It costs nothing. Our services are absolutely free for all users. There are no PRO subscriptions, no restrictions on the number or maximum length of downloaded videos.