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Carveco

artcam

образовательное видео

чпу

чпу24

чпу24.рф

видео урок

видеоурок

фрезеровка

чпу фрезерный станок

фрезеровщик

фрезеровка с переворотом

двухсторонняя фрезеровка

нарды

3д модель

создание уп

управляющая программа

g код

управление станком

станкостроение

mach3

emc2

richauto

stl

фрезер

производство

мастерская

свое дело

00:00:06

I welcome you, my name is Ivan, Krasnoyarsk city,

00:00:10

CNC 24 company, we are engaged in the production of

00:00:12

equipment chips, today’s video

00:00:15

will be devoted to the production of

00:00:17

two doors above you, left and right,

00:00:24

made of solid beech, the size of

00:00:29

each half is 300

00:00:32

by 600 millimeters, thickness 40 video

00:00:36

will consist of three parts,

00:00:38

today’s

00:00:39

first part will be devoted

00:00:41

directly to the production of u p for 3d

00:00:45

processing of the invoice to obtain such a

00:00:49

wonderful board, I will look at the

00:00:51

example of only one half 2 will be

00:00:53

compiled

00:00:54

in a similar way, especially since you are already familiar with the

00:00:57

video on the delivery of

00:00:59

3d control programs from previous

00:01:02

videos, the

00:01:03

whole point is that we

00:01:06

today we will turn this

00:01:08

model over, that is, the milling will be

00:01:10

double-sided, the first part will be milled, it has already

00:01:14

been milled,

00:01:15

and the second part I will now show you how we

00:01:18

will compose a control

00:01:22

program in order to select here the

00:01:24

so-called bath where the

00:01:28

whole game will directly take place, the second part of the video

00:01:33

will be devoted to cutting veneer and we will

00:01:38

make a pattern inside the board using the

00:01:40

marquetry technique; the third part of the video

00:01:43

will be devoted to cutting acrylic, but it is

00:01:46

also an artificial stone, we will use it to make a

00:01:48

comb for chips and the chips themselves,

00:01:52

so I won’t bore you, let’s

00:01:55

get to work launched doggystyle 2018

00:01:59

year now I will do everything let’s say so

00:02:01

very quickly wine in Paris so

00:02:02

we have time first of all a new model

00:02:05

we set a shield on which we will

00:02:07

process 300 by 600

00:02:09

millimeters this is exactly half, that is,

00:02:12

it will be 1 just part of the playing

00:02:14

board I will use a step made of beech

00:02:20

bought mount merlini . 0 at the bottom left

00:02:23

and the resolution is quite large but not at

00:02:26

the maximum of a millimeter ok

00:02:31

then after loading the work zones

00:02:34

I select the 3d model a

00:02:46

window appears with the characteristics of

00:02:50

the models that we will load the center

00:02:53

remains in its place the garbage on from the

00:02:56

working field we have specified and

00:02:58

set the overall dimensions

00:03:00

that is the board drags 40 here or 38 there,

00:03:06

but I will use exactly half for the

00:03:11

relief image, I set 20 millimeters everywhere, the

00:03:14

checkboxes are therefore everything is

00:03:15

proportional in the center, I put it so that

00:03:20

the surface indicated in

00:03:22

place touches the bottom of 20 millimeters,

00:03:27

we see that the board is large enough, you need to

00:03:29

know the dimensions, proportionality z

00:03:31

I remove it and put it since I have 600

00:03:35

millimeters along the yoke, I put the workpiece itself

00:03:37

a little less and this would be exactly 590

00:03:41

proportional to me, changing immediately x,

00:03:43

take it again in the center,

00:03:45

that is, remember, yes, here we

00:03:47

indicate the location of the model; the

00:03:52

coordinate system here can be transformed by

00:03:54

the model as- then rotate to reflect in nature to

00:03:56

mirror and here directly the

00:03:58

overall dimensions of the checkmark are all in

00:04:00

proportion there are no checkmarks

00:04:02

disproportionate I’m happy with everything and

00:04:04

press the insert key close

00:04:11

we start working with the 3d model of

00:04:14

the trajectory now there is absolutely

00:04:16

clean fresh artka here so we’ll

00:04:18

ask the

00:04:19

first thing we open here in my

00:04:21

3d trajectory task new along z

00:04:23

general information on the relief

00:04:26

combined relief

00:04:28

when selecting absolutely all selected

00:04:30

Victors this is if we go to two davids,

00:04:32

set some circle

00:04:36

or rectangle, limit the

00:04:37

zone with a common vector, that is, it

00:04:40

will only process it for me, but we set the

00:04:41

automatic boundaries offset 0

00:04:43

choose a tool great here everything is

00:04:46

still fresh we'll come here and

00:04:53

ask the plastic so okay let's go add a

00:04:56

tool 6 millimeters end

00:05:07

end mill tool number units

00:05:10

millimeter millimeter minute very important

00:05:12

don't forget the diameter it's just for me at

00:05:15

least it's more convenient to work this way

00:05:16

tool diameter 6 step along z let it

00:05:21

be also 6

00:05:24

overlap step along z is the depth of

00:05:26

how much it will be rounded each time

00:05:28

as much as possible at one time step along z is

00:05:32

Perry’s screams well, roughly speaking, growth

00:05:34

how much the physis will shift relative to its

00:05:36

diameter, we put it that is,

00:05:38

15 thousand percent, this is close to the truth,

00:05:42

in fact you we are already adjusting if

00:05:44

you have a lot of control from the Kama, then

00:05:47

we set the appropriate

00:05:49

modes for your visa that we have chosen

00:05:52

on our machine, the revolutions are controlled from an

00:05:55

electronic box, so here, just for

00:05:57

show, we set this number of

00:05:58

revolutions, let me have a working feed of

00:06:00

4000 and a depth of 2 and a half

00:06:05

in general, they lend themselves to, well, let’s say the mode and

00:06:08

sharp ones are not new, experience over the years,

00:06:12

something else, but there are also tables in

00:06:15

which in the general table of the given

00:06:18

examples of cutting modes or

00:06:21

tool manufacturers always

00:06:23

recommend

00:06:24

suitable optimal modes for your tool, we use, let

00:06:27

’s say, it appeared, I choose the cutter,

00:06:32

so I ended up he made a magic boundary

00:06:34

on the tool itself, but it became

00:06:36

smooth and not limited

00:06:38

directly to the working area itself,

00:06:40

so we don’t have water content, so everything is

00:06:43

in the grinding-in,

00:06:44

so inclined cutting is not necessary, so we

00:06:48

count 40 and I’ll put the model in this

00:06:56

way, that is, 20 the relief itself is 40

00:07:01

shield that is, the lower part of the zone this

00:07:03

will be taken for you which we will

00:07:05

choose to finish the millimeter I take for

00:07:09

some at least our shield is calibrated

00:07:12

anyway somewhere uneven there is

00:07:14

dirty to scan the upper

00:07:16

upper part and here there is no

00:07:18

zone left that will be not for the actions

00:07:20

ok once there I will process the allowance 5

00:07:24

standard is excellent the amount of

00:07:26

my total will be 4 excellent wonderful

00:07:29

safety plane and also here

00:07:31

the plane I am usually used to praying from the

00:07:34

surface of the workpiece but with a small

00:07:36

reservation that I touch the table and raise it

00:07:39

to the reference value which is indicated by

00:07:42

me Bart Comey they actually touch the

00:07:46

workpiece with me because I repeat the

00:07:48

workpiece may be there 100 we don’t

00:07:51

know during the time you haven’t

00:07:53

calibrated it there for a long time I don’t know some kind of garbage is

00:07:55

lying on it and the workpiece itself is very cool

00:07:58

so it can change I’m setting the

00:08:02

flat safety of the previous ones

00:08:03

a millimeter so that there are no very large passages,

00:08:05

but also . the return will be 50

00:08:07

millimeters x y 0 but it will rise by 50 choosing

00:08:10

growth on the trajectory one dream after

00:08:13

calculating the rough trajectory we open

00:08:15

another trajectory layout and set the

00:08:18

hourly

00:08:19

relief not the entire relief of course the

00:08:22

automatic border selected by Victor we

00:08:24

remember that we can limit only

00:08:26

there to do the finishing of the

00:08:27

internal vector external well Logically,

00:08:29

you need to understand that he is not of course

00:08:31

relative to this, the vector of the

00:08:32

automatic boundary

00:08:35

means we won’t do any further displacement of the brush; we’ll

00:08:38

hand over the tool; we’ll have it there; I don’t

00:08:42

know; we’ll process it with a 1000 milling cutter

00:08:45

vol 6;

00:08:48

let the ball be 05 in radius; and the

00:08:53

workers there won’t be able to handle themselves on the friezes

00:08:59

it is written there 31.5

00:09:09

by the number of the tool we have an end

00:09:12

spherical millimeter

00:09:14

units millimeter millimeter minutes

00:09:16

diameter 6 angle he asks but we do

00:09:19

n’t ask half of it yet because

00:09:22

we will then say so on some

00:09:27

tool by decree the angle on in our

00:09:29

case the working part will be indicated there 30

00:09:34

I repeat that five tenths let's set the angle to 5,

00:09:36

she sees that for this, of course, we also need to

00:09:40

set a step behind the denits because

00:09:44

well, the point is that we will have such a

00:09:45

thin cutter there and there the player will process a millimeter,

00:09:47

although if we are there under

00:09:49

enough, well, there under our own to

00:09:52

go for rotation and of course Or you can

00:09:55

just here and put some kind of protection against

00:09:59

stupidity and no more than millimeters

00:10:01

for this case the radius means 5

00:10:06

length of the cutting edge 29 wound 4.5

00:10:09

therefore insert 4 and there I don’t know

00:10:14

8 775 excellent for further overlap

00:10:29

the most optimal overlap in terms of

00:10:32

percentage will be 6 -10

00:10:34

percent if we put

00:10:37

already eleven twelve we are

00:10:39

starting to have a lot of band I will reach I’ll say

00:10:42

so I’ll put 8 15 thousand at the average

00:10:47

here I’ll process quite a lot on hybrids

00:10:51

or on the server what kind of machine

00:10:54

we will have, well, in short, I’ll put 10 meters

00:10:58

and we choose a depth of 5ok means

00:11:05

trajectories are a bunch of

00:11:07

processing strategies, choose there,

00:11:10

select experiments, it’s always

00:11:12

great, the coolest is 1 3 x

00:11:15

game, but this is the second processing on a different

00:11:17

axis, it will be stupid in the air, practically

00:11:20

processing nothing, so I

00:11:22

always have 3 axes involved,

00:11:23

I set it to 1 hour 43 degrees of accuracy at

00:11:28

start-up We don’t put anything in the rough here, we

00:11:29

don’t know because it’s for the moon and

00:11:31

program 2 is calculated now the final

00:11:36

calculation of the trajectory is over, turn off let

00:11:43

’s pull ourselves up

00:11:46

so tightly everything is everywhere and the outermost part,

00:11:53

well, that is, it turns out that

00:11:55

the rough passed clean, I passed and we

00:11:58

need to cut out the whole thing two

00:12:01

david vector create a relief border

00:12:05

creating a smooth border otherwise it’s just

00:12:07

visible, only a wave from the polygons

00:12:12

will try to burn as much air as possible to

00:12:14

create a border here it is 3 border to

00:12:16

see which create the original

00:12:18

size of the

00:12:19

board itself and turn on the

00:12:23

trajectories 2d view in this part we have

00:12:27

selected outside at start we do

00:12:31

n’t set anything like that the final depth is behind you,

00:12:33

violating the visa there is one long one

00:12:36

we have since the tree of meetings is so that

00:12:38

we don’t gouge out too much here we

00:12:42

indicate absolutely nothing in short everything is fine 3

00:12:46

usually now if you don’t show

00:12:50

the cutting direction display the boundaries

00:12:54

show the direction It will

00:12:56

also be possible to move the point, well,

00:12:58

let’s say it won’t be more convenient to hold it there, I

00:13:00

know for clamps later, since the ticks of the flow

00:13:04

are cut off, so we do

00:13:08

n’t put my next trajectory here because it’s

00:13:09

one trajectory and you can move the point,

00:13:12

don’t forget that we have 2 inputs and

00:13:14

outputs, so one runs after the other and the

00:13:16

second one sees itself on its own, everything

00:13:18

is fine, after which it is done individually, that is, it

00:13:27

will not allow you to save it in a batch at once, first

00:13:29

we save it, we indicate where we will

00:13:31

save it and the format,

00:13:34

we select the format again if it is our

00:13:38

remote control, and often the controllers we

00:13:41

use are a match of a millimeter, well. or

00:13:45

there is a certain post-processor

00:13:47

suitable for your control system,

00:13:49

we save the programs individually, we launch and

00:13:52

enjoy our work.

00:13:56

Now I will try to visualize this whole thing a little.

00:13:59

After we

00:14:00

have cut out the halves,

00:14:03

we need to make the bath itself directly,

00:14:05

which means we remember that in the previous

00:14:10

trajectory we created a border if we do

00:14:14

n’t want to allow towns to

00:14:15

create something on these rectangles,

00:14:18

somehow you can work with them there until

00:14:21

vector

00:14:23

[music]

00:14:28

choose which one and export it, that is,

00:14:32

also in dxf ips format,

00:14:35

then you can open it, you will smoke everything

00:14:38

that needs to be added and also for again

00:14:39

here I upload it means the idea is that

00:14:42

first, well, let’s say

00:14:44

the machine has a part of the zone where we will

00:14:46

process so that everything is perfectly smooth

00:14:47

and calibrated, that is,

00:14:50

our first program for a shallow

00:14:55

depth

00:14:57

there is free evil 8 mm which was a

00:15:00

raster because that in order not to

00:15:02

reduce the time,

00:15:05

increase with a spiral, the program will be

00:15:09

one, yes it will be as follows:

00:15:11

when we grow, you ran through this whole thing

00:15:16

like this, after which I install a piece of

00:15:22

plywood and turn on the second program when

00:15:27

in my piece of plywood a

00:15:29

selection will be made

00:15:31

on the contours of the board itself on the contour, we

00:15:36

remember what you just got

00:15:39

through artkam and in general, in

00:15:42

fact, everything depends on if we have

00:15:45

roughness, we will need to make

00:15:46

an allowance, well, that is, plus a little border,

00:15:48

this can be increased, this can be done both in

00:15:50

sips and in kings, will there be any soon? so we’ll

00:15:52

increase the contribution of labor by

00:15:54

some value so that we can click everything perfectly,

00:15:56

I’ll honestly say, if I’m not mistaken,

00:15:59

they were milled with an allowance of one tenth,

00:16:02

by the way, yes, using this actual vector, you can

00:16:04

simply add an allowance for

00:16:06

processing

00:16:07

here, and that is, it will

00:16:10

expand our boundaries it will fit perfectly

00:16:14

here, adjusted in the city in order to

00:16:16

insert this very

00:16:18

size of the bathtub, sharp corners,

00:16:24

then of course I depth is thirty-eight,

00:16:27

that is, you give up the values, let's

00:16:33

see, here it is, how it turns out for us,

00:16:35

I pull out the inner part

00:16:39

there, put it in the board further, you can,

00:16:41

or at the ends here I’m showing you

00:16:44

to fix it with the heads of the self-tapping screws, well, that

00:16:46

is, use small airplanes to tighten it,

00:16:47

or some kind of directly so we’ll be

00:16:49

processed here, it won’t be made from

00:16:51

a board, only the processing will be here, the bathtubs

00:16:53

can be fixed with some crossbars on the screws,

00:16:55

that is, there are

00:16:57

quite a lot of fastening options, or they

00:17:00

’ll survive with clamps here come here after

00:17:03

processing the contour of its fixation, we will insert

00:17:06

a sample directly of the bath itself,

00:17:09

of course, the depth is 18 so that we remember until

00:17:13

2018, 2 millimeters, plus there the relief is not to the

00:17:16

very end in some places,

00:17:18

therefore we have some kind of

00:17:19

wall left there, 5-6 millimeters so that we do

00:17:22

n’t have thin out the structure itself so that it’s

00:17:24

not a window there in the rush of this game, I

00:17:27

somehow click there, everything is scattered, no,

00:17:30

we add 18, and we’ll have more chips,

00:17:32

12, we’ll also add

00:17:36

directly that it’s not so

00:17:37

critical, there are small

00:17:39

tolerances of millimeters, also a raster, here are the

00:17:43

calculations and We also save

00:17:44

the software and launch a little more detail

00:17:50

on the generation of the same code that we have

00:17:52

now looked at the

00:17:54

machine one and a half by two and a half with a

00:17:56

working field for I based it on the

00:18:00

basis of the steel itself, another

00:18:02

element of the victim became this is a piece of plywood

00:18:05

you caliber Vova surface on which

00:18:08

I based the main part of the

00:18:12

milling, that is, also after

00:18:16

calibration, that is, the calibration program,

00:18:18

it is correlated with the calibration, here

00:18:21

we set any dimensions and, in principle,

00:18:23

this dimension was enough for me to

00:18:25

base a certain part under

00:18:27

the matrix,

00:18:28

I left allowances to make it

00:18:30

more convenient for me well, the faces from the surface of

00:18:32

the table, after which I fixed a piece of plywood already

00:18:36

30 in it, I cut out the base for the matrix,

00:18:41

now I take our sash wall

00:18:47

and click the workpiece here, after which

00:18:55

now I will make the fixation,

00:18:58

fixation in the corners, we remember where we have

00:19:01

not for 10 but not involved part for

00:19:04

milling and then we are already

00:19:06

sampling the

00:19:08

final result, now I will show you the form of

00:19:11

a photograph, and

00:19:14

actually at this point the first stage is

00:19:16

completed, we are moving on, but

00:19:19

for now, thumbs up bells, write,

00:19:23

ask questions, we will be happy to

00:19:26

advise you to help, you know it,

00:19:28

call write We will be glad

00:19:31

to talk with you until the next issue bye

00:19:33

bye

00:19:40

[music]

Description:

По вопросам производства изделий из пластика, изготовления матриц (форм, оснастки) 3D сканирование любых объектов звонить по телефону 8 933 999 50 03 Сайт http://plasttuning.ru/ По вопросам приобретения оборудования обращаться по номеру 8 800 222 17 79. Мы в WhatsApp: 8 953 585 92 31 Наша почта: [email protected] Также более подробна информация на сайте https://чпу24.рф Есть модели и фото выполнения в группе ВК https://vk.com/chpu_stanki_frezernye Мы в инстаграм https://www.instagram.com/chpu24

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Questions about downloading video

How can I download "Carveco ARTCAM видео урок фрезеровка с переворотом" 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.
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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.
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Which format of "Carveco ARTCAM видео урок фрезеровка с переворотом" 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 "Carveco ARTCAM видео урок фрезеровка с переворотом" 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 "Carveco ARTCAM видео урок фрезеровка с переворотом" 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 "Carveco ARTCAM видео урок фрезеровка с переворотом"?

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 "Carveco ARTCAM видео урок фрезеровка с переворотом"?

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.