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фрезеровка дерева

00:00:14

friends, hello everyone, my name is Sergey, I’ve been

00:00:16

meaning to talk about this topic for a long time, and the

00:00:20

topic is this technique of working with a router for

00:00:23

beginners, and in general, let’s figure out

00:00:25

why when working on a router for the first time, you need to

00:00:29

develop a

00:00:30

skill; what is the difference between working with the

00:00:34

same electric drill and a router?

00:00:37

larger

00:00:40

contact area cutting equipment with material,

00:00:43

that is, when drilling, we have two

00:00:46

cutting parts, the cutting part

00:00:50

contacts the product with a larger area

00:00:53

and at higher speeds, what is

00:00:55

frazy in general, what does it consist of a

00:00:57

commutator motor without any

00:01:00

gear transmission, that is, there is no

00:01:02

There are no gears that reduce the number of

00:01:05

revolutions,

00:01:06

and commutator motors are highly

00:01:08

equipped and therefore the maximum

00:01:11

speed of the milling cutter is more than 25,000 and

00:01:14

sometimes even more than 30. For this

00:01:16

modern model, almost all

00:01:18

are equipped with a

00:01:20

speed regulator. A speed regulator is needed

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depending on what diameter the prizes you are working with, what

00:01:28

area of contact with material, that is, in

00:01:31

essence, it is the same as someone who has a large

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high-speed drill, sensing a

00:01:36

platform and guide pants and along

00:01:39

which it makes vertical

00:01:41

movements, that is, lowering and raising

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the platform is strictly perpendicular to the

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frieze and in general the milling cutter is a

00:01:49

multifunctional tool in which

00:01:51

it performs a lot of tasks such as

00:01:55

processing edges,

00:01:57

selecting grooves such as blind ones for an insert

00:02:02

tenon, as well as various others;

00:02:04

they also perform milling of

00:02:07

various profiles, for example, such

00:02:09

specialized cutters as for

00:02:11

corner jointing or a

00:02:13

frame prize for tying facades, and all

00:02:16

this is performed by one prize-winning tool,

00:02:19

in general there are several types, that is, they are

00:02:22

as universal as and for this reason, but in

00:02:24

most cases with two handles,

00:02:27

I

00:02:29

also have specialized ones of this pistol type that

00:02:31

purely perform no more than one operation,

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such as additive lamella

00:02:37

edges, let’s figure out

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what the

00:02:41

speed regulator is for, this model is old, it

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doesn’t have speed regulators, but as I already

00:02:46

I said that all modern winners

00:02:48

are produced with a speed regulator and

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the number of revolutions depends directly on the

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diameter of the cutter,

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that is, the larger the diameter of the prizes, the

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lower the

00:02:59

speed on some milling cutters there is even

00:03:02

such a sign here, but the day

00:03:04

is attached to the body, which diameter of the prizes

00:03:08

to use what number of revolutions, that

00:03:11

is, the more cutter accordingly

00:03:13

reduce the linear speed, the

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linear speed is higher since the

00:03:18

diameter is larger, respectively, on the router you

00:03:21

need to reduce the speed, also the

00:03:23

quality of processing is influenced by such factors

00:03:25

as the milling speed, it also, in

00:03:27

principle, depends on the diameter of the cutter,

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that is, the larger the cutter, the slower

00:03:34

you should move the router along the workpiece, well

00:03:37

accordingly, the less with then the

00:03:38

speed the greater the speed, but

00:03:43

probably no one will be able to measure this, so this

00:03:45

comes with experience, as long as it is

00:03:48

uniform, that is, what speed you set,

00:03:51

stand and process the entire

00:03:55

workpiece, if you slow down somewhere,

00:03:57

you will immediately get

00:04:00

heartburn

00:04:01

nature on workpieces that

00:04:03

will be very difficult to remove by grinding, well,

00:04:06

if you increase the speed, then firstly you

00:04:09

will have a load on the router itself to

00:04:12

move it, and this is fraught with bad

00:04:14

consequences; it may affect the

00:04:16

quality of the surface treatment;

00:04:22

basically

00:04:25

no one will help they can’t say there you

00:04:27

have to walk 40 centimeters there in 10 seconds

00:04:30

this will definitely come to you

00:04:32

with experience but now let’s imagine you

00:04:35

’ve seen enough of a video somewhere of

00:04:37

craftsmen milling there you decided to

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try yourself in this business you bought a router

00:04:43

either expensive or inexpensive you bought a

00:04:46

set of cutters or several

00:04:49

piece ones, but usually beginners,

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as always, start to be afraid of

00:04:55

making some kind of grooves, that is, a

00:04:57

straight groove, also often you

00:04:59

want to try

00:05:00

edge processing, that is, edge tinting,

00:05:04

I’ll come and either some kind of

00:05:05

radius, well, you may have to to

00:05:07

face work on a copier, for

00:05:11

this you need this kind of copying

00:05:13

prizes, by the way, about the prizes, I have a separate

00:05:16

video, I haven’t seen it, I’ll leave a link

00:05:18

in the description under this video, there I

00:05:22

tell you in detail which cutters for which work

00:05:24

to follow, now let’s move from

00:05:26

words to action then there is, I will briefly show

00:05:28

clearly what was clear

00:05:30

what pitfalls you may

00:05:32

encounter, where to even start

00:05:35

milling, how a router has a female and a

00:05:38

clamp, the most common

00:05:42

sled size is 8 millimeters, although on more

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powerful models twelve miles and even

00:05:47

less common are such European

00:05:49

sizes in inches, that is one quarter of an

00:05:52

inch six and three tenths of a millimeter and

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half a dremov is 12 7 millimeters I have a

00:05:58

router with an 8 mm collet it is very

00:06:02

important to clamp the cutter correctly the collet

00:06:04

chuck of the prize should go

00:06:06

at least completely into itself to its end,

00:06:10

maybe a little deeper but not less

00:06:14

otherwise on high speeds and

00:06:16

may simply not be able to hold on if it flies out,

00:06:19

it will be like a bullet; any prize has a

00:06:23

strictly directed rotation movement, that

00:06:26

is, if

00:06:27

it is clamped in April, then it always rotates clockwise;

00:06:36

The arrow can be used

00:06:40

to guide the movement of the router when

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processing edges, that is, if we

00:06:44

process the right side of the edge, then the

00:06:47

movement of the router will be

00:06:49

away from us, but if we go around in a

00:06:52

circle,

00:06:53

we return to the left edge, here the direction of the

00:06:57

cutter rotation is here, that is, it turns out that the

00:07:00

outer edge is processed

00:07:04

counterclockwise by the movement of the router the

00:07:07

inner sides here are the opposite

00:07:09

clockwise, that is, we put the cutter here, it

00:07:12

rotates in the direction there, the inner

00:07:15

side, let’s say some kind of frame for the

00:07:18

board,

00:07:19

we are already processing clockwise,

00:07:21

so we installed the edge cutter to

00:07:24

the lungs and clamped it well, it is very

00:07:27

important to clamp it well, we set the milling depth,

00:07:31

that is, on such ghost, it

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is set right away,

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any cutter with a bearing works without

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any parallel stops, that is,

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its support is the tire maker himself; it’s

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worth processing the edge; install the

00:07:44

router platform on the workpiece, but make sure the

00:07:47

cutter does not touch the workpiece; otherwise, when

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you turn on the router, you will have a strong

00:07:51

jerk; this is fraught with consequences.

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we installed the prize platform a little to the

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side, turn on the router, smoothly bring

00:08:00

the edges up to the bearing stop and just as

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smoothly, without jerking,

00:08:04

move along the edge

00:08:07

[music]

00:08:19

here we see a cleanly processed

00:08:21

surface; also milling

00:08:24

in the direction of the fibers plays an important role, that

00:08:27

is, straight ply wood, our

00:08:29

fibers are located strictly so when we have a

00:08:32

smooth edge then, in principle,

00:08:35

everything is milled without problems, but if we

00:08:38

start processing, let’s say some kind of

00:08:41

curved drawer with such a notch, then

00:08:44

here,

00:08:45

starting to the middle, we do

00:08:48

n’t seem to avoid the fibers, that is,

00:08:51

we mill the wool on and beyond the middle is

00:08:54

closer to At this edge we are already climbing along the fibers,

00:08:56

that is, the prize

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begins to cling to the fibers and try to

00:09:02

pinch them off, so scuffs will form in this area,

00:09:07

possibly even large cheekbones. To

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avoid this, I usually do not go all

00:09:14

the way, that is, without leaning the bearing against

00:09:17

it, I go in the opposite direction, but

00:09:20

this should only be done with experience,

00:09:24

that is, initially it is better not

00:09:26

to use it this way because you may

00:09:28

not be able to hold the prize winner in your hands, you have a milling cutter

00:09:31

trying to push the router in this direction

00:09:34

and you are also applying load in this direction,

00:09:36

so it is very difficult to process without

00:09:40

experience, but this is how you mill for in one

00:09:42

direction, but it should be taken into account that

00:09:45

here the mechanical processing of the

00:09:47

sandpaper will take longer than

00:09:49

here, the same thing happens when

00:09:52

milling oh lol

00:09:53

there are fibers directed along here we

00:09:57

run down along the fibers, the corner will be

00:10:01

clean, passing the end and coming out at

00:10:04

this angle, the

00:10:06

cutter will lift up the fibers here it’s also

00:10:08

possible that there’s a chip to avoid it, you can

00:10:12

tighten a clamp like this or a

00:10:15

block they pressed the fibers let’s

00:10:18

look at the feeder

00:10:22

[music]

00:10:33

but you see here it’s more successful although there’s a

00:10:37

small chip and you see I

00:10:42

started it a little slowly and that is, I

00:10:44

slowed down the speed of the

00:10:45

router and here’s a small one the jump

00:10:48

also happened at the ends, that is, the

00:10:50

speed should be uniform, now

00:10:52

let's look at working with grooves with

00:10:55

cutters, that is, they can be either a

00:10:56

figured roller or a straight grooved

00:10:59

dovetail,

00:11:00

these prizes already work in pairs either with a

00:11:04

parallel stop

00:11:05

or with some kind of flat rack with which

00:11:09

you can rest the milling cutter, why now

00:11:12

I’ll explain here the milling cutter, going into

00:11:15

the material, it seems to gnaw through the path itself,

00:11:19

namely, what does this mean, you’ve buried the

00:11:22

materials and the cutting part is on

00:11:25

this side and on this side, that is, the

00:11:27

cutter rotates and begins to move away from

00:11:31

you the first thing that comes under the cutting

00:11:34

part of the cutter is if you draw a longitudinal pass,

00:11:38

this is this zone, you

00:11:41

understand, here it has already passed and the

00:11:44

left side of the groove is the

00:11:45

first thing that falls under the cutting part,

00:11:49

so the cutter will tend to

00:11:52

go to the left according to the least

00:11:55

resistance, plus you push the router away from

00:11:58

itself and it will try to go to the left and

00:12:01

forward, for this they use a parallel

00:12:05

stop, that is, look now, I’ll hold

00:12:08

the stick without a parallel stop, I’ll just move away from

00:12:11

myself

00:12:13

[music]

00:12:27

my force was directed strictly straight

00:12:30

along the bar, but you see the cutter

00:12:32

went to the left and to avoid this we

00:12:35

help will come with a parallel stop, or

00:12:37

if the long rod of the parallel stop is

00:12:40

not enough about the length, use

00:12:43

some kind of flat lath, a piece of laminate

00:12:45

plywood that serves as a support for the

00:12:49

platform which they will not allow

00:12:52

you to move during milling, and now I’ve installed it,

00:12:56

let’s do that, saved the parallel one, I

00:12:59

forgot this screen to say that any

00:13:02

safest removal of material should

00:13:04

take place in one pass no more than three

00:13:06

millimeters

00:13:08

[music]

00:13:18

ours is strictly parallel to this

00:13:22

thunder also plus a parallel stop without having a

00:13:26

cutter for cutting out a quarter,

00:13:29

you can make any quarter with an ordinary straight groove cutter,

00:13:32

accordingly

00:13:34

we move the parallel stop to the edge of the edge,

00:13:44

pass the first layer of 3 millimeters,

00:13:47

then lower it by another 3 millimeters and

00:13:52

[music]

00:13:56

then obtain the desired quarter size,

00:13:59

also by moving the parallel fence further to

00:14:01

the side, you change this width of the

00:14:04

quarter, and since other nuances should be

00:14:07

taken into account when milling along the fibers,

00:14:09

that is, if you you need to make a full groove

00:14:12

for the exit from the workpiece, you

00:14:13

should use a folding block,

00:14:16

it is clamped with clamps, otherwise, without

00:14:19

this block, at your exit the

00:14:21

material will definitely get chipped

00:14:30

[music]

00:14:33

that is, you see a clean exit,

00:14:35

now it’s nearby, let’s try without a

00:14:38

backing block

00:14:41

[music]

00:14:49

you can to see even more often to drink you have a

00:14:54

school, well, a few words about

00:14:57

working with a copying machine, you

00:14:59

need to use templates for it, these templates

00:15:01

are made of plywood or some

00:15:04

other material, that is, an

00:15:06

exact copy is cut in and

00:15:08

several, one or

00:15:11

more parts are already made from it, which will be strictly The

00:15:14

same shape works with it in principle as

00:15:17

with edge cutters, but it is worth considering

00:15:19

that an edge cutter

00:15:22

processes a much smaller area

00:15:25

than a copy cutter. the first vol on you

00:15:28

will go along the entire thickness of the workpiece,

00:15:30

so if you mill

00:15:34

any curved parts, you should take

00:15:37

into account that this excess material

00:15:39

should be processed to almost the required

00:15:43

size, leaving an allowance of a few

00:15:46

millimeters, otherwise if, let’s say, you have

00:15:51

20 millimeters left here, you simply

00:15:53

will not be able to select this with a cutter the material,

00:15:56

accordingly, is an extra load on the

00:15:59

router, that is, take the template sketches,

00:16:02

enter the cut line along it, enter either on a

00:16:06

band saw or with a jigsaw, leaving an

00:16:08

allowance of a few millimeters,

00:16:10

lay the template, secure it

00:16:13

and the router leave already with a copy cutter,

00:16:16

here you should also take into account

00:16:17

the direction of the fibers, that is, you have it down

00:16:20

the fibers were pure material,

00:16:21

going up the fibers you will have

00:16:25

scuff marks, so also as you gain experience,

00:16:28

you can interrupt

00:16:29

in the opposite direction, but

00:16:32

I remind you once again

00:16:33

at first, don’t even try this,

00:16:36

friends, we have looked at the first thing you

00:16:40

may encounter, this is only a small part of the

00:16:42

milling technique that is, how

00:16:45

theoretically and practically they don’t show it

00:16:46

anyway, it’s necessary to get better

00:16:49

at working with rise, but it was in the desire,

00:16:51

it comes quite quickly, of course it

00:16:54

won’t be without defects, probably the complete

00:16:57

technology of work will not be enough even three hours

00:17:00

to tell you, I already have

00:17:02

several videos on milling, this is

00:17:04

milling

00:17:05

also according to a template using a massive milling cutter,

00:17:08

you can find all these videos by going to the

00:17:11

main page of my YouTube channel

00:17:13

by going to the playlists section and finding the milling playlist

00:17:18

there you can find a few more videos

00:17:21

in the comments, ask questions so you

00:17:23

still want to see about milling, then

00:17:27

I’ll analyze it and of course I will

00:17:29

continue to shoot other series of videos on

00:17:33

this topic now I hope that my videos

00:17:36

were useful for beginners Sergey was with you

00:17:38

and see you soon

Description:

Я вк https://m.vk.com/domovenok83 дзен https://zen.yandex.ru/id/6221b7029debe20299d07af9 Rutube https://rutube.ru/channel/24614928/about/ телеграмм https://t.me/domovenok32 Выбор фрез https://youtu.be/a2e_08zwWFE

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