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mastercam

cnc

mach3

ncstudio

milling

чпу

artcam

фрезеровка

уроки

mastercam фрезерование

чпу станок

РСК

Система координат

g54

g55

4 оси

многоосевая обработка

конструкционный план

четырехосевая обработка

поворотная ось

постпроцессор

трансформация

ошибка траектории

постоянный гребешок

настройка mastercam

траектория

потоковая

обработка по потоку

00:00:00

hello everyone, today we’ll talk about

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trajectories that follow the bends of the part,

00:00:06

such as smoothing, processing along

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the flow, these trajectories are 2d 3d and have

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a lot of power, and let’s start with something simple, even

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primitive, draw two non-

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parallel lines and process the

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space between them trajectories

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smoothly for almost all the

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trajectories under consideration we will need two lines

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between which processing will take place

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[music]

00:00:40

when selecting a chain, always select them

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so that the vector faces in one

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direction if you make a mistake,

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use the change direction button

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[music]

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after selecting the first chain, click on this

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button and then start choosing 2 otherwise

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the program will try to understand them as

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one element, we have selected a chain, selected a

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tool and look at the settings

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of which there are almost no here, select the step,

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select parallel or perpendicular to

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the lines, processing will take place, then

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we see incorrectly labeled

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settings

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allowance is actually the processing depth

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and fast depth is clearance as I

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tried no matter how to adjust the trajectory so that the

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cutter did not go beyond the boundaries of our lines, it

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didn’t work out so this trajectory is

00:01:30

well suited for the top of the workpiece since the

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main task there is to properly

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process the surface between the curves

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[music] the

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next trajectory is also somewhat

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dubious linear

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[music]

00:01:58

too strange signature of the parameters, but these

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two more settings for cutting by plan 1 and

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cutting by plan 2 1 and 2 refer to

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our first and second lines and something

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interesting can be done thanks to it,

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although this function is buggy

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[music]

00:02:44

now I’ll move plant so that it

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intersects the coordinate 0 you can

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extend the approach and

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retraction, you

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can also adjust the processing depth,

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the maximum step and finishing pass

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[music]

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in general, this trajectory covers all the

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needs for smoothing in 2d let's move to

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3d I

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will draw our nice curved part

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by extruding the profile along the

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guide

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[music]

00:05:00

I will select the profiles of the part then indicate its

00:05:04

path

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Now let’s select the type of trajectory, we have two

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options: flow

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and smoothing, let’s check how both of them

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work in the flow trajectory, select

00:05:28

our surface and click on the button with

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lines,

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these lines will tell you how and in what

00:05:33

direction the processing will be carried out,

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that is, here we select the longitudinal or

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transverse processing directions

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as well as the side from which this processing

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will begin, we will select the cutter for the sake of oral and

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indicate the step, everything is quite simple

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[music]

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now we will take smoothing

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[music]

00:06:12

we will select the processing surface then we

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must definitely select the lines between

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which and along which

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the chain will be selected from the curvature of the trajectory, we will

00:06:24

select along the edge body selection method

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you need to use edges

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here there is a small glitch I can’t select

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one edge confirm the selection of the chain and select the

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second edge

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the program will consider that it is still

00:06:45

one chain so you will have to first

00:06:47

select one edge accept then

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add the second as I am doing now

00:06:52

or create curves on edges, which

00:06:55

is a more competent solution, now

00:07:00

we’ll choose a cutter with a

00:07:03

step in the longitudinal or transverse

00:07:05

direction and adjust the transitions

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[music] the

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result is generally the same

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[music]

00:07:47

however, let’s now complicate the geometry

00:07:50

of the part, I’ll add radii

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and see how to deal with it now

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our trajectories

00:07:58

[music]

00:08:02

and

00:08:04

[music]

00:08:09

we select new surfaces but flow

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trajectories and look at the direction of

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the lines

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[music]

00:08:27

for each surface

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the lines have their own direction and often

00:08:32

get together and this is still a good

00:08:36

result. If I had done this detail in

00:08:39

solidworks and then moved it here, I

00:08:42

would most likely half of these lines went

00:08:44

perpendicular to the main direction and

00:08:46

when calculating we would get an extremely

00:08:48

strange result, or in general

00:08:51

the trajectory would throw an error; however, even

00:08:53

now I’m leading the trajectories unhealthy. Now

00:08:57

we’ll try smoothing, since the edges

00:09:00

that we used in our

00:09:02

trajectory, we have a heresy of radii, we need to

00:09:04

create a new one and here, if you don’t

00:09:07

need great precision, you can do the

00:09:09

following:

00:09:10

select a spline and approximately repeating

00:09:13

the bend, draw lines on both sides

00:09:16

[music]

00:09:37

select them

00:09:39

[music]

00:09:51

already quite well

00:09:54

and

00:10:02

now let’s do everything scientifically,

00:10:04

select the bottom part of the parts and create a

00:10:07

curve on edges

00:10:08

[music]

00:10:20

and now we’ll extend the side lines a little so

00:10:23

that they extend beyond the border of the part

00:10:26

[music]

00:10:42

and shift them to the radius of the tool

00:10:46

[music]

00:11:02

select them and recalculate the trajectory

00:11:06

[music]

00:11:16

now everything looks great, also in

00:11:19

this trajectory, unlike the streaming one,

00:11:21

you can use limiting contours

00:11:25

[music]

00:11:44

and we’ll talk about similar trajectories of multi-seeding

00:11:49

processing next time, but

00:11:51

for now, thank you for your attention, like the

00:11:54

video if you liked it

00:11:55

[music]

Description:

Видео о типах траекторий, повторяющих изгибы кромок детали: Потоковая (обработка по потоку) Сглаживание для 2d и 3d траекторий.

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