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Download "Микроскоп из китая. Digital Microscope X4 1600X."

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микроскоп
цифровой микроскоп
микроскоп из китая
digital microscope
пайка
кратность
увеличение
своими руками
сделай и себе такое
школьный микроскоп
муха под микроскопом
монета под микроскопом
купюра под микроскопом
микросхема под микроскопом
режущая кромка под микроскопом
лезвие под микроскопом
микроскоп с aliexspress
под микроскопом
вещи под микроскопом
мир под микроскопом
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00:00:00
I welcome you and friends today in
00:00:03
this video I want to review
00:00:04
such a digital Chinese
00:00:06
microscope bought on Aliexpress I
00:00:08
want to tell you why I
00:00:11
bought it where it can be used in everyday life
00:00:13
and in practice and, in principle, all its
00:00:15
advantages and disadvantages
00:00:16
this digital microscope with a magnification
00:00:19
stated at 1600 units, it cost me
00:00:23
around 700 rubles,
00:00:24
looking ahead a little, I can
00:00:25
tell you for that kind of money, this microscope
00:00:28
performs the full range of tasks that I
00:00:30
assigned to it, but now let’s take a closer look at
00:00:32
the boxes and look at the package, so
00:00:36
what do the Chinese comrades write to us on the box?
00:00:37
This is a digital microscope digital
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microscope
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model x 4 with a magnification of 1600 x let's look
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at the package includes
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a stand for the microscope the microscope itself
00:00:55
suites with a calibration plug such a
00:01:02
transparent plate software and
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instructions are made half in
00:01:12
English and half in Chinese well, in
00:01:14
fact, this is what you should
00:01:16
expect from the details of the stand made
00:01:22
entirely of plastic, there are two
00:01:24
hinges tightened with a thumb like this,
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this is a bracket for attaching the
00:01:28
microscope itself and with hinges, in principle, this
00:01:31
microscope can be moved in any
00:01:33
position,
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but purely in my opinion, due to the fact that
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it is all very light, the microscope will
00:01:38
turn out in certain positions,
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that is, it will outweigh the
00:01:43
calibration paper plate, what do you
00:01:48
call it, there are all sorts of
00:01:51
gradations of sizes on it, that is, there is a grid for
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the square, it looks like it’s gray, in
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fact, this grid with a step of 0 1
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millimeter
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there is a millimeter ruler there is an
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inch ruler, we will look at it under magnification
00:02:08
software looking ahead right away I can to say
00:02:11
that this variety was probably written by some
00:02:14
Chinese from the provinces, I
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installed it on the computer and, in principle,
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I did not install any drivers from this disk,
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I went to the Internet, quickly
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typed in the drivers for the electron
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microscope and downloaded it from the Internet, so
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this is complete [ __ ] I’ll make the words
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right away, like this, the microscope itself,
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we have a wesby
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cable, it’s about even
00:02:50
more than a meter long. On the cable itself, there’s
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a knob, this is the backlight knob, on the
00:02:55
microscope itself, there are two buttons, a
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zoom button and a snap button, there’s
00:03:01
a knob for changing the focal
00:03:03
length, this one the plastic
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cap,
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as I understand it, acts as a protection,
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this is plastic and the cap
00:03:12
serves a dual role, that is, it protects the
00:03:14
matrix itself from dust, and you can also
00:03:16
drip some kind of liquid here
00:03:18
that we can examine,
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we insert it back and
00:03:23
twist the focal length, we can
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look at what we have in this
00:03:26
drop, here
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the microscope is snapped onto the device itself, like this and
00:03:36
it becomes in any position necessary for us,
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I took this microscope to
00:03:43
perform a specific task, I want to
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look at the cutting edge,
00:03:47
we sharpen it, but on this
00:03:48
tool device under good magnification but
00:03:51
as soon as I sharpen, for example, the legs,
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I want to see what
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came out of it in the end, I try to put
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this microscope on this support, then it
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turns over, then it shakes, then as soon as I
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try to adjust
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the focal length, it all trembles and
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generates this for me I completely
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don’t like how I solved this problem for a
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long time I was standing and waiting in the
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wings, here’s a school microscope who
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studied in the Soviet Union, he should
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remember his biology lessons, it was
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not for nothing that he has a very good stand and,
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most importantly, exactly what I
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need for this microscope has a
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rack and pinion mechanism and is quite soft and
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this is exactly the stones I need, I will once
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set the focus at the distance that
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I need and using the rack and pinion mechanism I
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will adjust the height that I
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need in order to understand the focus
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not on this microscope,
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but on this speech on the mechanism, we
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will need to remove all the unnecessary ones,
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I’ll go out and take out the mirror with me, I’ll
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have to remove this tube and
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somehow
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integrate the digital microscope itself with
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this metal microscope, which is what we
00:05:01
’ll do now
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[music]
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so, well, I got to the speech the mechanism is
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made quite simply, the river itself
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is held on by two bolts, the support on the
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tube itself was attached with three screws,
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how can I
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attach the microscope itself to this platform, I basically got out
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of the situation as follows: from
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stainless steel, I bent it to attack the goats, I
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soldered the bobbin using solder. here is a
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hexagon half of a hexagon and in the
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prize manual itself I bored out two
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holes with two bolts each, that is, it
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turns out that we are fixing
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this one here, well, that is, we will have a
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pencil case like mom, this is
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how it will be attached to the microscope itself
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I will glue a piece of glass like this and it
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will be completely right here,
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initially I thought that everything would be on
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bolts, but then I thought that what if
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I need to remove microscopes
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to use, let’s say for manual
00:06:21
purposes, and I thought, but when will
00:06:23
these bolts be constantly unscrewed and
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tightened when integrated up to 2 not a
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single coin and in the end what I
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got I got like this and the
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bracket here this part will be glued
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to the microscope itself like
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this on the 3rd narrow tape and that’s it, the
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microscope has become here
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and it is not made anywhere, not the top bottom The
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bracket is made as follows, it’s
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just a regular rectangle and these
00:06:47
edges are bent and so that the fastener itself does
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not move either up or down, that is, it
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can be installed either way, but if
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you need a dead dead fixation, although
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I don’t know why it’s needed because
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magnets holds very well here the
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thief the glass has holes drilled with
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threads and you can drive two bolts
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that will be just tight, which means when
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assembled it will look
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like this
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we will tighten it here and the camera itself will be
00:07:21
glued to the
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glass like this I think it will be
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more than reliable
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[music ]
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[music]
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in the end we got this kind of
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hybrid finishing design I
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really like it in principle, we
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got a heavy frame from the old microscope, a rigid
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base and the digital microscope here is
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fixed to the river mechanism very
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rigidly, that is, we
00:08:36
set the focal length on the microscope itself and the
00:08:39
exact ones We make corrections with a rack, fortunately
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it has a very small stroke, that is, I
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can very smoothly adjust the focus, which is what was
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missing if I need to
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use the microscope, let’s say in manual
00:08:52
mode, that is, hold it in your hands, I
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just unhook it from the magnets, I use it, I
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look at what I need there and I can,
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in principle, put it back, everything is
00:09:03
just crazy, but now let’s
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look at what
00:09:09
this baby is capable of, in order to start
00:09:11
working with a microscope, we need to
00:09:12
remove this plug and after playing with the
00:09:16
microscope itself, it became clear behind the scenes that
00:09:19
if we want to examine the object on at the
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greatest distance, we move the
00:09:24
microscope itself as far as possible and focus with
00:09:26
this thumb, but if we want to
00:09:31
squeeze out the maximum magnification from this microscope, then we will
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have to remove this protective
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cap, bring it as close to the
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object as possible,
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focus with the thumb and this will be
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the maximum possible magnification of this
00:09:46
microscope not counting the zoom so well,
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we connected my microscope to a computer
00:09:55
so let's see what it is now capable of
00:10:00
so this is not the greatest magnification
00:10:05
first trade wind our application for this
00:10:09
amg microscope about let's see what the microscope camera itself gives us
00:10:16
what we see frame rate 25 frames per
00:10:19
second is not enough for working with the day in
00:10:21
dynamics, for example, for soldering it is not quite
00:10:24
suitable, and the resolution of the matrix itself is
00:10:27
640 by 480,
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which is of course very small. Of course, we
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also have a function here,
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flip, as I understand it, this is a revolution of the
00:10:40
mirror measure function
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that we have here we also have it, we also have
00:10:47
digital zoom here,
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well, that’s what we needed to prove,
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the matrix of the microscope itself is 0 3
00:10:59
megapixels, and when you zoom in with digital
00:11:03
zoom, the picture just starts to crumble hard,
00:11:06
of course, it’s dumb, so let’s try climbing for
00:11:12
a year, what we have here, we have the
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opportunity here, take pictures shooting a
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video is very good very good, but
00:11:22
now let’s try to destroy it to
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the maximum, let’s first
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climb this control plate. I’m most
00:11:32
interested in this square, the
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division price of this small
00:11:36
square is one tenth of a millimeter,
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now I’ll make the maximum magnification
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of this microscope that it is capable of,
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here it is the maximum magnification that
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it is capable of without digital zoom, that is, here
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it is from 1 cell is one tenth,
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well, if we zoom in here four times,
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the cell becomes four times larger,
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but the picture crumbles
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completely
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[music]
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so, let’s try
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to look at this from a great distance a sign at a great
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distance, then another picture, let
00:12:27
's focus like this, the distance between
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these numbers is 3 4 5 from 1 millimeter, there we
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also see
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ruler stripes at the bottom, inch, at the top,
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millimeter,
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this cross is
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also a division of 1 1 ten, yes, this
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stick is for ten, but this is
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for calibration not an interesting plate,
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I’m more interested in the
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calibration square, of course, it’s easier to work with it,
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okay, from words to action, now we’ll try
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to look at what we’ll try to
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look at, I’ve prepared a lot of things especially for
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this so that it’s already concretely
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meaningful, we work in a
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microscope at maximum magnification
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and not at maximum We'll
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look at a match with a zoom, a coin, a
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banknote, a microcircuit with SMD
00:13:42
components especially for you, I'm glad I
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caught a sleepy fly home, I killed it in
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alcohol,
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and I always wanted to see the
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Gillette blade, they say that it's laser-
00:13:55
sharpened, so I'm just interested in
00:13:57
seeing the box itself, what it's like, and
00:13:59
laser-sharpening Whether it’s a graph or not, we’ll
00:14:01
see it under a microscope, let’s start with
00:14:05
a coin, so now to any one,
00:14:14
like a
00:14:16
ten-ruble coin,
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it’s at a great distance, so we’ll be
00:14:26
interested in the mint seal on the
00:14:28
smallest one, it will be easiest to
00:14:30
work with it where it is, it’s
00:14:35
right under it Orlov, here it is,
00:14:43
we have a fairly small magnification,
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I’ll try to maximize it as much as possible, as much
00:14:53
as
00:14:57
the microscope itself can do it,
00:15:04
well, at maximum magnification we
00:15:07
see the stamp of the Moscow
00:15:11
Mint, well, this size is
00:15:15
basically nothing and alla can be
00:15:19
considered in all possible options
00:15:23
so okay, let's move on
00:15:26
banknote banknote thousandth
00:15:40
nothing so well what so what
00:15:44
as always I just wanted to
00:15:48
look at the stripe here it is it's
00:15:52
cool it's like this now to
00:15:56
maximize as much as possible
00:16:01
to hell
00:16:03
Anna cast of squares small hall and
00:16:06
that's it now Is it possible to catch
00:16:07
how the backlight needs to be turned down a little,
00:16:13
yes
00:16:16
it shimmers with everything, well, it’s
00:16:20
quite detailed,
00:16:28
this is the maximum anyone can do from a
00:16:30
microscope, so we have the seal itself in the
00:16:36
corner, the
00:16:38
coat of arms, well, let’s say it increases very cool,
00:16:42
very cool, that is, everything is
00:16:44
visible enough, but the bill is of course better
00:16:48
look at it at minimum magnification
00:16:49
because, but otherwise nothing is clear,
00:16:54
what are
00:17:00
you looking at, varnish,
00:17:02
but at this distance it’s
00:17:05
best to look at it, you can see everything, I can
00:17:11
say it’s just visible, everything is stupid, this is
00:17:14
the tower with a cross, the cathedral,
00:17:18
the bell, everything is visible okay, further on
00:17:23
as a consideration of itself microcircuits
00:17:28
because sometimes it happens that on
00:17:32
small CIS parts even with a magnifying glass
00:17:35
you can’t see the name of
00:17:38
the part I’ll teach you how cool the
00:17:41
knife is, the microcircuit is visible everything clearly you can
00:17:45
see everything is cool so chick chick chick
00:17:50
chick we’ll
00:17:51
look at we’ll try to
00:17:55
give Maxim milk to Maxim Allochka issues before
00:18:04
as to consider something then look at
00:18:08
some detail, well, let’s say it’s a
00:18:11
resistor
00:18:12
jumper, my resistance now let’s
00:18:15
see it fits, of course, very much because it
00:18:19
happens that even in the forehead and
00:18:22
you won’t see anything, then it’s actually
00:18:34
tiny tiny, let’s completely
00:18:36
try the maximum speed and give it,
00:18:43
well, what can I say yes to
00:18:47
look at
00:18:49
some identification mark on the
00:18:51
microcircuit it fits so I wanted to look at the
00:18:55
match head under magnification, I’ve
00:18:57
been wanting to look at me for a long time,
00:19:02
oh my God, we can and the
00:19:11
backlight is very brightly
00:19:16
wise, of course the match head is here
00:19:26
and there is
00:19:29
the maximum possible magnification,
00:19:35
well, let’s try again probably
00:19:38
move the digital one apart, well, they look like craters on the
00:19:43
bosom, it’s not bad, so then the fly of the cycle stupidly let’s
00:19:52
look at this crocodile closer so the
00:19:56
gentleman also dropped it there already, so for
00:20:08
starters, we first from the video microscope
00:20:10
above could see the general features of what it
00:20:13
is, oh my God, it’s kind of
00:20:16
weird
00:20:31
it works at a great distance, but
00:20:36
with a wing it can
00:20:38
look at the board so carefully, everything is scary for us,
00:20:41
specifically that crocodiles and so we’ll try
00:20:45
as much as possible and increase boredom, perhaps,
00:21:02
well, even all the hairs are visible and that’s all for
00:21:06
us, someone’s eye block affectionately converged with
00:21:09
manure, look at
00:21:10
it, but really he's so pimply, it's awesome,
00:21:14
through the window, smoke with a spoon,
00:21:22
baby, I want to see the
00:21:28
structure of the wing, you can see on
00:21:32
the wings, by the way, also some kind of
00:21:35
scales, let's
00:21:38
try digital, the disease has developed,
00:21:44
it's cool,
00:21:50
but if for us, life would be the
00:21:52
size that I'm looking at now under a
00:21:54
microscope, of course, it's good it’s scary
00:21:57
cool the bench
00:22:07
and how does it cling, well, here
00:22:11
are the hooks on her paws, with
00:22:14
these hooks she holds on to any
00:22:16
surface of the floor and these
00:22:19
hairstyles and here are the hooks
00:22:23
wow, cool, and
00:22:28
magnification of course gives a completely different
00:22:31
overall picture,
00:22:34
but now I want to see the blades
00:22:38
acquired from the gillette machine, 5 blades,
00:22:44
laser sharpening, but now we’ll
00:22:48
look at the watch at the canopy behind the body,
00:22:54
so it’s on the cold ones, they like it, so
00:23:01
it’s at high magnification, so
00:23:07
let’s take a closer look
00:23:23
[music]
00:23:35
go focus
00:23:40
qumo
00:23:46
and Pegasus how it increases, awesome,
00:23:55
here we see under close to the edge and not
00:23:59
always this is not a laser.
00:24:01
although on the other hand I don’t know if it’s all right
00:24:03
. or not, but here it looks like
00:24:05
very fine grinding, very fine, here
00:24:08
it is, the edge itself is straight, here it is, it
00:24:13
still seems so easy to me, but
00:24:15
the box is really very thin, it’s good for use
00:24:30
in order to really check the
00:24:32
magnification of this microscope, I will conduct the
00:24:34
following experiment in in general, I
00:24:35
connected a laptop TV screen, the
00:24:37
diagonal of the TV is 32 inches,
00:24:40
what will I do? in general, we have a
00:24:43
calibration plate on it there is a
00:24:44
calibration square with a division value of 1
00:24:46
10 millimeters, I will look at this square at the maximum
00:24:49
possible magnification of this camera,
00:24:53
enter data on the screen, and then I I pick up a
00:24:55
ruler in the size of
00:24:58
millimeters of this square in my hands, in fact I
00:25:00
divide by zero one and get the real
00:25:03
magnification the real magnification of this
00:25:04
microscope let's
00:25:05
conduct an experiment I launch the application
00:25:10
I have already adjusted the focus the price of divisions the
00:25:14
real ones of this one square are
00:25:17
0.1 millimeters so I take it and measure
00:25:21
with a ruler
00:25:22
4 centimeters this tells us that
00:25:25
without digital zoom
00:25:27
this camera can magnify 4 centimeters 400 times,
00:25:31
which means 40 millimeters
00:25:33
divided by 0 1 400 times, that is, without
00:25:36
digital zoom, this microscope can
00:25:38
magnify 400 times at maximum
00:25:41
zoom, but it is them a digital
00:25:46
zoom function that can also add
00:25:50
magnification, multiply by 44 100 percent,
00:25:55
that is, we also multiply the access
00:25:57
data received 4 that we get 140 no between
00:26:03
40
00:26:07
160
00:26:09
160 this we get 1600 times up to
00:26:13
formally with a digital maximum call
00:26:16
this microscope can magnify 1600
00:26:19
once, but I’ll tell you the following: the digital zoom on
00:26:23
the camera is 0 3 megapixels, it’s just a
00:26:25
complete perversion, the picture is all crumbling,
00:26:27
it’s not clear, it’s all blurry, that
00:26:31
is, as if in fact you will be
00:26:33
looking at the picture without a digital
00:26:37
zoom, which means that this microscope
00:26:39
is capable of enlarging the image of everything
00:26:41
only 400 times without using it is directed
00:26:45
like that,
00:26:47
another very pleasant bonus for me
00:26:49
was that this microscope can be connected to a regular phone using this
00:26:51
USB to micro USB cable
00:26:53
and
00:26:55
then this microscope becomes
00:26:57
completely portable so that
00:26:59
this microscope can be used autonomously
00:27:01
From what was at hand, I came up with
00:27:03
this design for a general stand for the
00:27:05
phone so that it would be conveniently in front of the
00:27:08
microscope, right in front of the face, the microscope
00:27:11
with a suction cup is glued to a glass
00:27:12
plate, the plate with three bolts is
00:27:14
attached to the country and, well, from the back
00:27:16
so that the wire itself does not dangle, I made
00:27:18
these here are 2 stainless steel rocker arms with
00:27:21
wires wound around them,
00:27:22
that is, what are we doing? We put
00:27:25
the microscope here; the phone itself is installed;
00:27:27
the plug is connected;
00:27:39
dimmer
00:27:42
or turn it off completely on the Internet there is a
00:27:45
special application for this
00:27:47
microscope, launch
00:27:52
[music]
00:27:59
the application asks which camera
00:28:01
you want to turn on, either your own
00:28:03
phone or the microscope, I select
00:28:06
the microscope, now we focus, well, we
00:28:11
see everything the same as on
00:28:12
the computer, we can also work The advantage
00:28:17
of this, I see, is that without
00:28:20
stopping from work, when I have
00:28:23
this device in the workshop, that is, I do
00:28:25
n’t have a computer at hand, I can use
00:28:28
this application to photograph
00:28:29
what I’m doing, so I photographed everything,
00:28:33
it’s saved in the galleries, and we
00:28:35
’ll try to make a video now shoot a video in
00:28:38
dynamics, the recording is all over, I’m
00:28:43
talking now, I’m moving it under the microscope and it’s
00:28:45
all being recorded, and the video and the voice of the
00:28:48
phone’s microphone, let’s check all the video
00:28:53
goes to the gallery [music]
00:29:00
here it is
00:29:03
for the
00:29:04
whole recording to go
00:29:07
talk, they’re coming from metro 103,
00:29:12
here’s the dragon,
00:29:15
well, how do we see it in principle, for me,
00:29:18
as for me, this is a very useful
00:29:20
thing, why because how can I
00:29:22
simultaneously shoot on the phone and on the phone at
00:29:25
the same time as on
00:29:26
the video camera at the match, oh yeah, I forgot to
00:29:30
tell you about these two buttons, which
00:29:32
is located on the microscope itself,
00:29:34
in general, one of them zoom another sleep when the
00:29:37
microscope is connected to the computer itself the
00:29:39
zoom button is responsible for the zoom, that is, it is a
00:29:42
digital zoom the snap button works like
00:29:46
taking a photo, that is, once and you press it, you take a
00:29:48
photo twice, you press it just
00:29:50
flips the image, these two
00:29:53
buttons when you connect the microscope itself
00:29:56
to the phone itself do not they work completely
00:29:58
in general teanika,
00:29:59
but now let’s sum up the results about this
00:30:04
microscope, the first price-quality for its
00:30:08
price of 700 rubles, it meets all
00:30:10
its stated parameters
00:30:13
regarding the magnification, in fact, the magnification is
00:30:17
1800 times, that is, up to at maximum
00:30:20
magnification with maximum zoom this is 1800
00:30:24
times, the ruler is measured on TV,
00:30:26
but in fact you will use a
00:30:30
magnification of 400 times, that is, this is an
00:30:32
actual magnification, why because the
00:30:35
matrix of the microscope itself has 1 3
00:30:37
megapixels and so the nectarine
00:30:39
digital zoom simply destroys
00:30:42
the picture completely, it crumbles and
00:30:43
becomes completely incomprehensible and impossible
00:30:46
to understand something you are looking at so in
00:30:48
fact it will magnify 400 times and we can
00:30:50
say that this is not a microscope, a very
00:30:52
dazzling magnifying glass for
00:30:55
whom is it suitable
00:30:58
for soldering any components who
00:31:01
is engaged
00:31:02
in amateur radio, well, not at a high
00:31:05
level, so the frame rate of 25
00:31:09
frames per second is not suitable, that is, in dynamics
00:31:12
when you enter with a soldering iron, try to
00:31:14
tin something or solder it won’t work, that
00:31:16
is, the delay is very long,
00:31:18
but for examining the inscription on the
00:31:22
microcircuits or SMD components themselves, it is
00:31:24
completely suitable, again it will be useful for
00:31:31
people who, in principle, have very poor
00:31:33
eyesight, that is,
00:31:35
pull out any splinter from their hand very small and
00:31:38
many people can’t even see with glasses, but they did
00:31:40
n’t come out with help, so this is the day to
00:31:41
attach it to a magnet, here’s where to fix it,
00:31:45
attach it, enlarge it, look at
00:31:47
computers, in principle, it fits completely
00:31:53
small any details he
00:31:55
considers until it fits completely
00:31:58
I have it the video will often do its
00:32:00
job because you need to look at
00:32:02
some small details, and I will
00:32:05
show them to you using this
00:32:06
microscope, that’s what else I can say about
00:32:11
it for puppies, in principle, it will be
00:32:17
convenient for me because I’m just
00:32:20
starting to learn how to sharpen this
00:32:25
option is suitable for me for now, although
00:32:26
I am already beginning to understand that it is actually
00:32:29
better to use a hand-held microscope
00:32:32
because when you pay for the edge itself,
00:32:34
that is, it is better to examine it with a
00:32:36
hand-held microscope, of course, but a hand-held microscope
00:32:39
will not be able to convey a picture to you, but
00:32:42
with the help of a connected phone it is
00:32:44
capable give you both photographs and a video
00:32:47
recording, it will serve in this regard, it means
00:32:52
price quality 5 out of 5
00:32:57
declared multiplicity 3 out of 5 will it be
00:33:01
useful for the household 5 out of 5
00:33:03
in general, the leather thing comes to anyone who
00:33:06
decided to buy it, you won’t regret it, well,
00:33:09
my dear friends, in general, I believe that
00:33:12
the information was voluminous and useful, I
00:33:15
told as much as possible about this microscope,
00:33:17
told where it can be useful, how
00:33:20
it can increase what and can be considered,
00:33:22
how it can be modernized,
00:33:23
well, for those who found this video useful, don’t
00:33:27
forget to put your fingers up,
00:33:28
subscribe to the channel, bye everyone
00:33:34
[music]

Description:

Я Вас приветствую дорогие друзья!!! В этом видео я делаю подробный обзор и тест цифрового микроскопа купленного на алиэкспресс. Расскажу вам о его достоинствах и недостатках, стоит ли его покупать или нет и для чего он может пригодиться. Микроскоп брал тут:https://alitems.site/g/vv3q4oey1v841a8c8d00b6d1781017/?ulp=https%3A%2F%2Faliexpress.ru%2Fitem%2F32971987659.html Моя группа в ВК - https://vk.com/id62104092 Я в instagram - https://www.facebook.com/unsupportedbrowser

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