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3дмоделирование

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00:00:07

welcome all dear friends in this

00:00:09

video we will continue to study the popular

00:00:11

Sapar Fusion 360 and this time we will

00:00:14

assemble a frame for a 3D printer, we will learn how to

00:00:17

use options such as James

00:00:19

connections and what needs to be done

00:00:21

before starting to assemble the part. Who watched

00:00:25

my previous issues in the last one we

00:00:27

looked at the changes ready-made

00:00:29

component from the library of components and

00:00:31

received a ready-made profile in the slot from

00:00:34

which you can already start assembling the frame

00:00:36

for the 3D printer. Our next task

00:00:40

is to strengthen the frame of the Othello tarantula 3D printer, make it

00:00:42

approximately the same as the

00:00:44

body of a tornado, and so that it is clear what, how

00:00:48

many of what sizes we need

00:00:50

we need to buy it in addition, we will model it in SAP

00:00:52

Fusion 360. By the way, since the last time

00:00:55

I launched the Fusion program, it

00:00:58

has already been updated a couple of times, I applied these updates,

00:01:00

after which the interface changed a little,

00:01:03

it became more convenient, previously it was like

00:01:06

this compared to the new one, some

00:01:08

meager guys from autodesk

00:01:11

not only this change was finalized, in

00:01:14

fact they added quite a bit to the ability

00:01:16

to share projects in fusion team; they

00:01:19

simplified image insertion; they added

00:01:22

new options with holes; they fixed

00:01:24

some bugs and much more.

00:01:26

If you are interested in learning about all the

00:01:28

changes in the description of this video,

00:01:31

you will find a link to the official page

00:01:33

about all updates of this release,

00:01:36

in general, it’s very nice that the developer is

00:01:38

constantly working on bugs and

00:01:40

improving the usability of this wonderful

00:01:43

software program, well, let’s start

00:01:45

assembling the frame, and so in the last lesson we

00:01:49

got the bodies, here it is, our profile, it

00:01:52

is not yet a component in order to

00:01:54

start assembling the part, the part is needed

00:01:57

assemble from components, so

00:02:01

let's make it a component, in

00:02:04

this menu on the left, right-click on the water,

00:02:07

select crate components from

00:02:09

the basis, the body component is automatically created,

00:02:14

remains the same, let's immediately

00:02:16

name it, let it be the left

00:02:19

profile in depth, which will be at the bottom left at the

00:02:27

bottom left 20 by 40

00:02:32

I recommend immediately when creating

00:02:34

components to give them a name, it will be

00:02:37

easier then to navigate through the menu,

00:02:39

after that we can look at the dimensions of the

00:02:42

component properties in the menu, look for

00:02:46

ferenc and in the bowling box tab you can

00:02:50

see the size 40 by 20 mm 420 for

00:02:56

this tarantula, based on measurements, I determined

00:02:59

that 420 millimeters will be sufficient

00:03:02

for the table to move the

00:03:04

specified

00:03:05

220 millimeters. Then, in order to

00:03:09

start assembling, we need to make one of

00:03:12

the parts of

00:03:13

the assembly itself, that is, one of the components

00:03:15

is fixed, that is,

00:03:17

blocked, movement along the axes along the

00:03:20

radius in three axes

00:03:22

and along the movements x y z for this we

00:03:25

need this component, let it be

00:03:28

our lower left profile,

00:03:30

the operation is called ground ground

00:03:33

applied,

00:03:34

such a small icon appears

00:03:37

that we have this part fixed, that is,

00:03:40

from it we will dance, attach the

00:03:42

rest of the profiles to it, and so on it

00:03:45

will crawl from us the frame, namely from this

00:03:47

profile with the first component of the assembly, we

00:03:50

have completed what we need to do

00:03:53

from here, from here this profile will go a

00:03:57

vertical stand with the stock scent

00:03:59

of its tarantula, this is a 20 by 20 profile, which

00:04:02

means what I did, like in the last

00:04:05

video, I did not re-draw the sketch as it

00:04:08

is on the Internet and found a ready-made

00:04:10

model of the tarantula’s body, it was processed into a 3D

00:04:13

model, I downloaded this model and in general,

00:04:17

I will take everything I need from this

00:04:19

3D model,

00:04:20

we return to the offline dinner 360, here it is, this is a

00:04:24

3D model, which means I need a

00:04:29

20 by 20 profile from here for now body, by

00:04:32

simply copying the sketch, we select

00:04:35

any of the 20 by 20 profiles with the stock

00:04:38

tarantul and

00:04:39

use two 20 by 20 profiles, they

00:04:41

will remain with me, that is, this

00:04:43

U-shaped frame

00:04:45

will remain by the way, pay attention here the

00:04:48

profiles already go into the slot, that is, in all

00:04:52

stock

00:04:53

tarantulas it is used profile acids,

00:04:56

but they don’t work well with rollers and when

00:04:59

working there, in general, there are some nuances that have a

00:05:01

detrimental effect on the quality of the print from

00:05:05

this 3D model. I’ll simply

00:05:07

copy

00:05:09

the sketch and transfer it to my project, in

00:05:15

this way I simply select the end of the

00:05:18

profile kontrol c and I transfer my project,

00:05:28

I add a new sketch here, I create

00:05:32

the program suggests in which plane and to

00:05:35

recreate it it will stand vertically for me,

00:05:37

so I created it in the

00:05:40

z plane and here I insert it control in let's

00:05:46

move it somewhere unut here we will press

00:05:50

enter

00:05:53

as usual we will press out the dimensions of the stock

00:05:59

rack of this profile 400 millimeters,

00:06:04

we use extrusion and see the finished rack of

00:06:10

400 millimeters, which we needed,

00:06:14

then we move on to the interesting

00:06:16

tool joins, it is located on the

00:06:18

tab and the sample symbol is an assembly

00:06:21

to assemble a part

00:06:23

joins this connection there are three

00:06:26

joy tools from each of them we

00:06:29

will look at but what first you need to

00:06:31

do, well, let’s say I use this

00:06:35

tool and see I can’t use it further

00:06:38

why this is happening

00:06:40

because at the moment we have

00:06:44

only one component

00:06:45

and with the joins tool, that is, you

00:06:48

can assemble a part only from

00:06:50

components, so we need to translate

00:06:52

this vertical profile profile into a

00:06:56

component, let's bring it into a component too,

00:06:59

let's call it back, let it be

00:07:05

the left vertical 20 by 20 and after

00:07:13

that I can already use the

00:07:16

save connection, everything starts to work, let's start in

00:07:20

ascending order, their use, so

00:07:23

to speak, for starters joint origin joint

00:07:26

origin what is it used for sometimes this

00:07:29

tool can be useful when you

00:07:31

need to put a point for a connection in

00:07:34

some place and move it precisely and

00:07:36

secure it, let’s say here

00:07:40

you plan to make connections between a

00:07:41

vertical profile and a horizontal one, I

00:07:44

put a point and I can move it precisely by

00:07:47

millimeter to the left to the right,

00:07:52

let’s say here on the edge let it

00:07:56

stand

00:08:00

enter

00:08:05

let's see where exactly it turned out but

00:08:08

approximately here yes there will be a connection

00:08:11

no not quite and like this you can move it

00:08:15

more precisely in millimeters let's say

00:08:21

here we will have a connection put a

00:08:23

second point on the vertical profile at the

00:08:25

proposed connection point again

00:08:31

select joy and origin and put a point

00:08:36

somewhere here, pay attention when

00:08:40

choosing, one of the planes may be selected,

00:08:42

but you need to select a point exactly on the

00:08:44

plane with which the

00:08:47

components are supposed to be connected,

00:08:50

well, let’s say somewhere here we will have

00:08:53

this point stand on the selected plane, you

00:08:56

can also move it here

00:09:03

let will remain here

00:09:07

as we see. remains and then when we

00:09:14

select the joint tool, it will be easier for us to

00:09:17

select these points, I didn’t have to

00:09:19

position from another plane to

00:09:21

select that point, everything works out very conveniently

00:09:23

and I remove the second point and we have a

00:09:28

connection, we use it,

00:09:34

you can also always edit it when

00:09:36

necessary, here we see offset but flip

00:09:42

if you use the flip option it kind of

00:09:44

inverts the position of the part in the

00:09:47

opposite direction also the join

00:09:49

origin option can be used when setting

00:09:52

points for information in the sketch itself and this

00:09:56

can be very useful and greatly

00:09:58

simplify the construction of any part

00:10:00

complex let's try let's go into

00:10:03

editing sketch sketch guide and

00:10:07

we can put this point here in the sketch, we

00:10:10

go in everything was join origin and

00:10:14

already here we can put the point,

00:10:18

the program itself suggests in what place

00:10:20

and put it usually snaps to

00:10:23

some edges by default, but after

00:10:26

setting the point we can how much

00:10:29

we need millimeters or even hundredths and

00:10:32

thousandths of a millimeter and shifting this is

00:10:35

very convenient, so when building

00:10:38

some complex parts, take this into account,

00:10:40

use this tool, we use it very

00:10:43

conveniently and see what remains for us

00:10:47

.

00:10:54

here we

00:10:57

’ll delete our point without going into the sketch,

00:11:00

right from here it won’t be needed and

00:11:04

we’ll use the joint tool, which is

00:11:07

most often used when building

00:11:09

some simple assemblies, like in this

00:11:12

case a frame for a 3D printer, what

00:11:14

options does this mean there are in this option, it means

00:11:18

here you need to select two points on

00:11:20

components for companies up to one component

00:11:23

2 Philip this translation means a somersault like a

00:11:27

flip as I said, that is,

00:11:30

invert the position along the axes and then

00:11:34

options for connecting by movement by

00:11:36

default, we have a

00:11:37

rigid connection next and currencies this is a

00:11:40

connection by rotation sliders then

00:11:43

crawling connections then there is movement along

00:11:46

planes it will be possible for parts

00:11:49

cylinder this cylindrical connection

00:11:52

it will be possible to rotate parts or

00:11:54

one part relative to another in

00:11:56

any circle then it will be possible

00:11:58

to create restrictions on rotation

00:12:00

within a certain degree pin slot

00:12:03

this connection the pin will save well for example

00:12:06

during assemblies of some kind - a vice there,

00:12:08

parts similar to a [ __ ],

00:12:11

plans can be used to connect along a

00:12:13

plane, movement

00:12:16

relative to the planes of two components will be allowed,

00:12:18

and the last version of the ball is used when

00:12:21

connecting any balls or hinges,

00:12:23

for example, this is a bracket, this is a

00:12:26

bracket for a video camera for attaching

00:12:28

to a furniture panel, then there is so that you don’t

00:12:30

need to drill any holes and

00:12:32

this one can be rotated, there are

00:12:34

no restrictions on degrees,

00:12:36

so as you can see it goes beyond

00:12:39

these edges, all this can be set,

00:12:43

you can look at editing

00:12:46

the connection, as you can see, the type is applied,

00:12:49

you can see the animation like this

00:12:51

looks

00:12:52

sorry for the digression, let's return to

00:12:54

our frame, use the joint tool,

00:13:00

select the points thanks to which we

00:13:06

will make the connection,

00:13:08

position our components as convenient for us,

00:13:10

to begin with, select a point on the

00:13:16

vertical profile of this plane,

00:13:19

it should connect to the horizontal

00:13:22

profile, select so that we have this

00:13:25

plane is selected and the point along the edge is

00:13:29

the point we need to make along this

00:13:31

edge along the outer side, select further with

00:13:38

positioning the entire stock option and

00:13:43

select a point somewhere in the middle,

00:13:48

here we

00:13:52

see that we have a connection with the animation,

00:13:54

it can be edited

00:13:58

before application, that is, moved anywhere

00:14:03

according to the selected planes of the components

00:14:06

relative to the components, please

00:14:08

note that I am using a rigid connection, this is what

00:14:11

the connection looks like, you can

00:14:15

edit it,

00:14:16

for example, let's select the option along the

00:14:22

plane, sliding connections, and

00:14:28

apply it along the x-axis

00:14:32

and we can move the component

00:14:34

relative to the component, and since

00:14:37

our lower left profile is on the ground, then yes,

00:14:39

it is fixed in place, we cannot move it, we will

00:14:42

return everything to its original state,

00:14:44

we need to firmly connect it, we will

00:14:47

leave it, and by the way, there is a third

00:14:51

option that I missed, it is

00:14:53

called from was gent,

00:14:55

it means connecting components at

00:14:59

a distance, let's apply it here

00:15:04

as well you can make either a rigid

00:15:07

connection or connections with movement

00:15:09

along some axes, and so on, the

00:15:14

simplest connection is ridgid, this is a rigid

00:15:18

connection, here you can simply

00:15:20

select the parts and at a distance they will seem to

00:15:24

connect to each other, then we will continue

00:15:28

adding a

00:15:31

transverse profile from the top in the same way by copying the sketch

00:15:46

[music]

00:15:54

upper transverse 20 by 20

00:16:15

make a joint connection, select the

00:16:20

upper plane of the lower lower

00:16:22

vertical profile, position it so that we can

00:16:27

see the end of the left end of the

00:16:30

upper profile and select the plane,

00:16:33

so it’s a little wrong,

00:16:35

we need to see the bottom part, select this plane

00:16:39

and see the point,

00:16:43

the connection has occurred, let’s look exactly unevenly everything

00:16:48

is fine, smooth as it should be, as I

00:16:51

understand it, you understand how to

00:16:53

connect the frame, then I’m all for time-lapses

00:16:56

so as not to waste too much time and you, in

00:16:59

general, will see the construction of the frame in accelerated mode,

00:17:01

let’s go

00:17:06

[music]

00:17:11

[music]

00:17:31

[music]

00:17:39

[music]

00:17:59

[music ] an

00:18:03

error was made during the assembly process, I

00:18:06

actually did it on purpose to

00:18:08

show you how it can be corrected without

00:18:11

breaking the assembly, what is

00:18:14

the error, this is the distance I did not take into account

00:18:18

these profiles by default, it is 420, you need to

00:18:20

do 380 why because When I

00:18:23

put the stock profile here, you see,

00:18:26

at the ends it turns out why

00:18:31

I don’t want to mount it like that because at the

00:18:33

same time I won’t free up space below

00:18:35

for electronics, so it should

00:18:38

fit into the overlay on these profiles. By the way,

00:18:41

also pay attention to this point:

00:18:43

these Here are the end profiles of the front and

00:18:46

rear, I also chose 20 by 40 when

00:18:48

installing

00:18:49

dampers from below, the aroma will still rise

00:18:52

and it will be possible to come up with some kind of housing

00:18:54

for all the electronics and

00:18:57

hide all the electronics there, so let’s go back

00:18:59

to the section,

00:19:00

how can we change this

00:19:03

distance? it’s all simple guys, all this

00:19:07

can be done using a timeline, but

00:19:09

this timeline at the bottom it displays the entire

00:19:11

history of changes in the assembly,

00:19:14

that is, everything you do is remembered

00:19:16

in the program’s memory, this is, in general, what makes

00:19:19

fusion 360 different from many programs

00:19:22

is this opportunity and what we

00:19:24

now let's change these two profiles to their length

00:19:29

s420 and find 380 ah so this is the

00:19:34

vertical profile I made, in my opinion,

00:19:37

select by the icon as you can see the

00:19:40

extrusion option, here it is with the right button, right-click and

00:19:43

select edit future stop and this is not him this is

00:19:47

also not him the second profile is more likely

00:19:51

this

00:19:53

edith finch and up to 420 millimeters we change it

00:19:57

to 380 we use it as we can see in length it

00:20:04

has changed the whole assembly

00:20:06

has been updated but at the same time the first profile and

00:20:08

it has become an overlay for the end profiles

00:20:12

we will change it too it is our main one and an

00:20:16

option at the very beginning here it is in the same

00:20:20

way, we change it, we see the feature, we change 480

00:20:27

420 to 380 and we use it for some time,

00:20:32

the program thinks it depends on the power of

00:20:34

the computer and we check the dimensions as

00:20:40

you can see, the profile already fits in length

00:20:43

in our overlay, the size

00:20:49

inspect messir from edge to edge has changed

00:20:56

us at 419, well, due to the features of

00:20:58

the profile, it is a little smaller in

00:21:00

size 420, roughly speaking, as

00:21:03

we need further, as for this profile

00:21:08

for the carriage y, initially I plan to

00:21:12

leave it stock, that is, it will be

00:21:14

fixed like this, and of

00:21:16

course I will lose 20 millimeters in

00:21:18

height since it is recessed in the drain,

00:21:23

let’s see how it is fixed here,

00:21:27

and in the drain it is recessed because it is 20

00:21:31

millimeters lower, and it will rise for me,

00:21:35

but at the same time more than 20 millimeters will be freed up at the bottom,

00:21:39

this is quite enough to

00:21:42

hide all the electronics there.

00:21:45

put this profile like

00:21:49

this with an offset of 20

00:21:53

millimeters so that one of the

00:21:56

profile openings is in the center as it should be and

00:21:58

move the carriage y from rollers to

00:22:01

rails and jam, since I changed all the carriages in

00:22:03

my printer to aluminum and the

00:22:05

carriage y and in general then all the rest of the

00:22:08

carriages already have ready-made holes under the

00:22:11

rails Jen I don’t remember, either 14 or 15

00:22:14

they are already designed to transfer the printer

00:22:16

to rails. If anyone is interested, there is a separate

00:22:19

video of this modernization, you can

00:22:21

watch the link, I’ll leave it in the description and

00:22:23

now it will appear in the tooltip

00:22:25

at the top right

00:22:26

corner brackets are shaped here

00:22:28

for reliable fastening of the z-axis struts with

00:22:32

this new profile,

00:22:33

let's take it in the

00:22:36

component libraries for this there is already a separate

00:22:38

video on how to do this, you can watch it in detail

00:22:40

there, here I won’t

00:22:43

repeat everything, we’ll do everything quickly in

00:22:45

time-lapses and in the same way using the

00:22:47

joint tool, we attach the plate to

00:22:50

the frame in a similar way from the

00:22:53

component library, you can take in general

00:22:56

any other brackets, internal

00:22:59

corners,

00:23:00

U-shaped brackets, screws and nuts and

00:23:03

everything you need to attach

00:23:06

these profiles to each other, it is worth noting if

00:23:09

any component is from the component library

00:23:11

it is planned to use it in several

00:23:14

copies, it will be easier to

00:23:16

simply copy it as I am now doing

00:23:19

with this bracket, since it is

00:23:23

much easier than

00:23:25

importing a component from the library every time

00:23:29

[music]

00:23:34

so friends, this is the frame we have,

00:23:37

of course there is still work to be done to

00:23:39

add a considerable amount

00:23:41

components

00:23:42

are all kinds of brackets, corners, screws and

00:23:45

nuts for fastening the profile, which we

00:23:48

will do in the next video from which you

00:23:50

will also learn about some useful

00:23:52

options of fusion 360, I hope I explained everything in detail

00:23:55

and showed it for now, let’s stop at this so

00:23:57

that the videos don’t get

00:23:59

too long, thank you for watching

00:24:02

to the end if If you have any questions or suggestions,

00:24:05

leave them in the comments, please

00:24:07

rate this video, share it,

00:24:09

subscribe to the channel, we will study

00:24:11

fusion 360 together, good luck to all and bye

Description:

📹Еще видео на эту тему: https://www.youtube.com/channel/UCzI016x7MItBtQCJiSWI7yA/playlists?view=50&sort=dd&shelf_id=3&view_as=subscriber 💲Экономь на покупках до 90%: https://allshops.me/redirect/cpa/o/q206ub8a5c7i4w6a1bvkwmrt90psfgbb/?_shorturl=https%3A%2F%2Fgot.by%2F46pyod&_shorturl_sign=e5e648e18017c6557a51b1c1a174a649 У тебя еще нет 3д принтера? 👉Лучший 3д принтер прюша "дрыгостол": http://got.by/42rppu ИЛИ 👉3д принтер КУБ на конструкционном профиле: http://got.by/42rq1p 👉3д принтер Delta: http://got.by/42rqtp 👉3д принтер с БОЛЬШОЙ областью печати: http://got.by/42rr7p 👉👉👉НА КАКИХ КОМПЛЕКТУЮЩИХ СОБРАЛ 3д ПРИНТЕР: https://vk.com/page-103104105_56476694 В данном видео изучаем далее Fusion 360 и соберем раму для 3д принтера из профиля V-slott. Подробно изучим такие полезные опции как JOINT - соединения, применим изменения сборки в ТАЙМЛАЙНе, а так же объясню с чего конкретно нужно начинать построение сборки в Fusion 360. Я не спец в 3д моделировании, поэтому в программе Fusion 360 делаю все медленно, так как еще полностью её не освоил. Есть цель - усилить раму 3д принтера Tevo Tarantula, сделать её как у Tevo Tornado и чтобы не рассчитывать все на листе бумаги по старинке, смоделирую все в Fusion 360. Работать в САПР Fusion 360 интересно и увлекательно, но по началу сложно и не совсем понятно, поэтому я делаю это с пользой для вас записывая эти видеоуроки. ================================== 👍 Понравилось видео? подпишись и жмякни 🔔 этим ты поможешь развитию канала: https://www.youtube.com/channel/UCzI0... 👉Изменения в новом обновлении Fusion 360, ссылка на офф. сайт: https://www.autodesk.com/products/fusion-360/blog/june-24-2019-product-update-whats-new/ ▶️Предыдущий видеоурок по Fusion 360: https://www.youtube.com/watch?v=CY-JtcScHCM&t=8s ▶️Все уроки по Fusion 360: https://www.youtube.com/playlist?list=PL8e0h2prmGn0hYLky42GqZyVemIHVA8Bl ================================== 👉Моя страничка в THINGEVERSE: https://www.thingiverse.com/Vital81/designs 👉группа ВК: https://vk.com/technarrus 👉Группа в Facebook: https://www.facebook.com/unsupportedbrowser 👉Instagram: https://www.facebook.com/unsupportedbrowser Поддержать технаря копеечкой: https://www.donationalerts.com/r/tech... YandexMoney: 41001171922875 ==================================

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