Alteration of a jet printer for the manufacture of printed circuit boards.

Recently, I have been looking for ways to simplify the manufacture of printed circuit boards. About a year ago, I came across one interesting article, which described the process of modification of the Epson jet printer for printing on thick materials in t.h. On a copper textile. The article described the refinement of the Epson C84 printer, but I had an Epson C86 printer, but t.to. Epson printers mechanics I think everyone is similar, I decided to try to modernize my printer. In this article, I will try to describe the process of modernization of the printer for printing on a coordinate textolite as much as possible, step by step.

The necessary materials:. Well, of course, the Epson Printer of the C80 family will be needed a sheet of aluminum or steel material. brackets, bolts, nuts, washers. a small piece of plywood. epoxy or supergli. ink (more on that later)

Tools:. Grinding (Dremel and T.P.) with a detachable circle (you can try a small monkey). various screwdrivers, keys, hexagons. drill. thermofen

We disassemble the printer

The first thing I did was to remove the rear output for paper. After that, you need to remove the front tray, side panels and then the main case.

The photographs below include a detailed process of disassembling the printer:

How to make a food printer out of an ordinary jet printer

The instructions for creating a food printer from ordinary is very simple and understandable, the main thing is to prepare everything you need for work. Therefore, you first need to do the following:

It is also recommended to familiarize yourself with the operating rules of the printer for food printing in advance.

Which jet printer to choose for food printing

The easiest way to choose a jet printer for food printing is to look at the finished models of food printers and choose analogues for them. To date, the most popular food printing printers are the following models:

• Canon Pixma TS5040-inexpensive All-In-One Printer with Wi-Fi;
• Canon PIXMA G-Series (G1400/ G2400/ G3400)-printers and All-In-One Printer with SNPC (some models have Wi-Fi support);
• Canon Pixma IX6840. a printer with the possibility of a large.format printing A3;
• Epson L120/ L132/ L805/ L810-high-quality printers and All-In-One Printer with SNPC (some models have Wi-Fi support);
• Epson L1300/ L1800. large.format printers with SNPC and high print quality.

However, you can choose other models of jet printing devices. In this case, some important conditions must be observed. In particular, this is the following:

• The input and output tray of the printer for paper should be separate. The best option is when the paper is installed at the top, and the finished imprint comes out from below. This is necessary so that the fragile edible paper does not break during the broach through the printer.
• Cartridges with food ink should be independent from each other. Printers with tricolor cartridges 3 in 1 is not recommended. 4-6 cartridge printing devices are best suited.
• Inkjet printer should not be operated with ordinary inkwells. The device should be completely new so that in the system, the printing head and cartridges there are no ink residues.

Attention: In no case do not make a baking printer from the jet if it was previously used according to its intended purpose. You risk the health of those who use edible prints made by such a device.

What you need to buy cartridges for a food printer

As soon as you purchase a jet printer that you will redo it for a confectionery printing device, it will have consumables with conventional ink (make sure that during the purchase of the device, cartridges are not installed inside the product). Immediately postpone them and under no circumstances install in the future food printer. Buy new re.refueling cartridges (PZK). Consumables can be ordered in any place convenient for you, the main thing is to make sure that they approach the printer on the chip (chipped cartridges) and were empty (without coloring substance).

Please note: to some printer models (especially HP), you can buy PZK only with a special internal package. It sometimes contains air, which is why the printer gives the error of devastation of the print head. Therefore, before refueling and installing the PZK cartridge in the printer, you need to take a syringe and pump out air from the consumable.

What ink is suitable for food printing

In confectionery printing, only edible ink can be used, which are made from food additives and synthetic dyes. Sometimes you can buy such paint already tucked in cartridges. However, it is more profitable to purchase food ink in jars and after refueling them cartridges. You can buy ink for two types, depending on the brand of the printing device. Canon food printers are perfectly suitable for edible paint from Kopiform (Germany). Many consumers also use it for the printing technique of Epson Cake, but this is not right. The fact is that the manufacturer recommends using such ink only at a temperature of 25 ° C or more. In this regard, it is recommended to buy special piezo ink from Lesepidado (Italy) for EPSON.

This is interesting to know: many instead of acquiring special edible ink for Epson add glycerin to Kopiform, diluted in distilled water (or just water, 10-12 ml / 100 ml of paint).

Instructions for remaking a jet printer in food

Make a food printer from a jet is not a problem. All that is necessary for this is to buy all the necessary components (printer, empty PZK, ink and antibacterial flushing fluid) and make the following:

. You can buy cartridges with an antibacterial cleaning agent or make the kit yourself, install in the printer and make several cleaning. It will also be necessary to partially disassemble the printing device and clean its internal parts by the same tool (you need to clean the place of the paper).
• Fill cartridges with food ink. Take clean syringes and season cartridges according to the instructions (just like classic ones). Only refueling needs to be carried out slowly, because ink is very viscous and are absorbed for a long time into the cartridge sponge.
• Install cartridges in the printer and make a test imprint. If everything is completed correctly, then the device will create an imprint of appropriate quality.

For greater clarity, we recommend that you watch a video instruction on creating a food printer from an ordinary jet:

Types of devices and their nuances

Today on the market you can find several types of printers for printing on fabric.

• Tablet. This is the most popular and demanded model. It is jet and has its virtues. Ideal for working with T.shirts. It is optimal to use for a small company that is engaged in the development and seal of unique drawings. The models are not widespread and for printing on volumetric products are not suitable.

The tablet version has a direct printing technology, that is, the pattern is applied to the finished textile product, and then it is fixed by the effects of high temperatures. Paint can be applied to any fabric, and such a device has 8 color shades. You can make a large volume of production in the shortest time. Printer for printing on fabric is the best option for a small business project.

• Widespread. Here you can walk and work with large fabric canvases. These models are used in production and are almost not used private.

The device may have from 4 to 8 color solutions. On such a tool you will have the opportunity to work with all types of fabrics. If you need to apply the drawing on a dense canvas, then this product will cope with the task. The only drawback is impressive dimensions, it is for this reason that they are not needed in private hands, and the cost will be quite high.

Where the design is used?

Their scope is quite wide. First of all, it can be an advertising company where it is necessary to make clothes for the exhibition, pillows with original drawings or souvenirs that people will receive as a gift when buying some of your goods. They are also actively used to create unique banners or to decorate finished textile products. Finding a printer printing on fabric today is not a problem.

Tabled models are popular and in demand today. This is primarily due to low cost and small overall dimensions. Naturally they have fewer characteristics and functionality, however, for small production or for personal use of this, enough. You will receive high.quality images on fabric in the shortest possible time. However, it is necessary to use things from natural materials.

In a small business, it is ideal to use a textile printer for printing T.shirts. This direction today is the most popular in this area. They are bought not only by young people, but also by older people. Everyone can look beautiful and original at the same time. These are universal goods that are in demand every day. They can easily be traded on sites on the Internet and guaranteed to receive constantly demand and profit.

Could I ask for money. ⁠ ⁠

24.year.old Briton decided to joke and arranged a fake embassy of Moldova from his apartment. I hung a plate, downloaded my home address to Google Maps, like the Moldavian Representation, indicated the phone number.

The joke went too far when Moldova citizens began to turn to the British for help, and once foreign diplomats came to the threshold of his house to establish contacts.

The British already apologized to the citizens of Moldova.

The best invention in the world⁠ ⁠

Woke up from the sound of a message on the phone. On the clock 7:00. Not a fig, I think. Who is this early?

I open, read. Dear Kum, congratulations on the holiday, I wish. UAH. UAH. UAH. What a holiday? And then I saw a picture that she sent and Kaaak remembered. I kick my wife. Happy holiday, I say, dear. She to me. Go in the lamp. You can sleep for another half hours. But I became interested. And with which. He asks. 25 years- I am answering. How you and I started to officially love each other. With evidence and stampsel in the passport. VOOT. Silver is also called it.

Two children, a cat, a cat, the second apartment in a mortgage and that’s all. All together, together. And probably not love, but affection. We can and yell at each other (and how else to release steam ?), but we can bother with children, and with cats, and with everyone together, and without no one, together. And with the mother.in.law we are generally friends. girlfriends, especially when we drink cognac. The wife is even jealous sometimes)

But everything was. And even got divorced, but they were not executed). So not everything is smooth.

And still, we have a holiday today. Rejoice for us or something)

Laser garage workshop. Equipment post UV Printer. ⁠ ⁠

Greetings to everyone passing. A separate bow to my subscribers who still waited for this post. For a very long time I could not sit down and write it in mind different reasons. First, the New Year’s Avaral, then the detachment from the New Year’s Aul, then the blockage again and now the people calmed down a little and I still decided to sit down and still write this sheet. Well, traditionally, I ask you not to kick for the quality of the photos, I made them on the wanbings of the plywood.

But first things first. I am starting a series of posts about what my equipment I have, what it is eaten with, what are the features in its use, what pitfalls I met and what rakes I stepped on.

1) this post. In it I will tell you about what an ultraviolet printer is. What can definitely be done on it, that it is definitely impossible to do on it and with which equipment in a pair it should be used for good.2) CO2 laser with CCD camera. In this post I will tell you what kind of beast it is, what it is eaten with, what elements it consists of, what kind of filling it has and why this black and white camera in the end is needed for an overdofiga.3) my favorite, but still rarely used CO2 cutting cutter. We also consider its architecture, look at it from all sides consider its pros and cons of it.4) Voloconium laser with mopa emitter. I think those who are already drooling in the subject. For the tech who is not in the know. This is a fiber marker capable of making color engraving on stainless steel.

Well, the action plan is scheduled. From this moment you can stock up on popcorn and read 🙂

So. We have such a Chinese handsome man made on the basis of the printer Epson Stylus Photo 1390.

I have about 4 months in use and during this time I managed to identify only 3 serious disadvantages in my opinion. In principle, with all of them you can get along well if the hands and ass do not grow from one place and there is a distance between them at least a couple of millimeters. And so, about the bad. Obvious and most in my opinion obvious shortcomings: 1) perhaps the most important. How much our brothers Chinese love to do cheaply and angrily, they do not like to develop cheap constructions when there is a very good analogue. In fact. This is a slightly modernized jet printer Epson Stylus Photo 1390. Here for comparison, the photo from Google:

If you take a closer look, you will notice that the Chinese did not even be puzzled that the control keys were putting on normal, and they were trivially stuck there, to where the wires were enough and where they were just inherited by a module. The wires specifically in my printer almost in the case go from the printer board to the buttons.

A minute of an offtope from the question of the first drawback. Anticipating the questions, what a bank with the blood of virgins. This is the cooling system of the LED, which is fastened to the head, the task of which is to turn off the paint, which the printer applied. We will return to this very soon, and to be completely accurate, then right now.Back to our first drawback. Namely, the method of lighting paint. How much it is a converted jet, the Chinese did not come up with anything better than fastening a UV LED right on the bunch. As a result, we cannot use the entire A3 pharmacy field and use it minus 60 mm. It is the block of LEDs that is extended so much. I don’t know how powerful it is., But if you believe the Internet, it seems like there are as many as 150 watts that is why there is a whole highway with liquid cooling

The catch number two. In view of the cost of everything and everything, this printer has a problem with white paint. Like almost any white paint, it in its composition and consistency differs from all other colors. White paint has the property of decay into a tinting element after a certain time. White and everything else and in the end we get a transparent and white liquid in a bank. This is due exclusively with the peculiarity of the white UV paint (how are things with conventional colors. I do not presume to approve) and the absence of the return, for discharge and automatic mixing of the paint is not provided. As a result. We constantly have a scotch problem of the following type: if we have formed a simple one in 1-2 days, then the paint of the radish bastard directly in the print head breaks up into the constituent elements and, as a result, the lighter fractions (white) pop up, and heavier (transparent) settles in The consequence of the collapse of the paint is more severe transparent fractions begin to thicken and the printer has to be sent for about 20-30 minutes by pressing and holding a button with a drop again, after which the inverted “square” of Malevich has spilled out transparent factions a couple of times, and then already colored and only after that. Your motto! And in banks, then the paint also decomposed. Okay, let’s start first. And so, my arrival in the workshop begins with the following ritual: we open the door to the workshop, in severe frosts with scrap (by the fact that it was sincere), turn on the light, turn on the kettle, approach the printer, take out two cans with white paint and shake them until the kettle boils. Pour a coffee mug and click on the cleaning button like that, so 5. Sometimes a coffee mug ends in the third press. In general, everything is complicated, you have to pour one more mug. Well, then we print an inverted world.famous square and start working.

Printer for T.shirts: from home crafts to the serial model of a textile printer

2014-08-03 at 12:14, admin. Categories: BlackBox, BlackBox Printer, DIY or do yourself, iron, periphery

In the summer of 2011, I published a couple of articles (here) on Haber (here) about how to collect a textile printer from improvised materials on the knee. As it turned out. this topic is very interesting to many people, and since the publication of these articles, lovers of mocking the printers have collected many home.made devices that successfully print and even make a profit.

And in this series of articles, I want to share with you how a small hobby of self.made over these few years gradually and imperceptibly turned into a small but rather serious production of printers for direct printing on fabrics, T.shirts and other materials. I will try to tell what nuances and difficulties I have encountered on this path, tell me how best to redo modern printers and what mistakes are better to avoid.

So if you are all interested in all this, then welcome to the cat.

I’ll start my story with that first apparatus based on Epson 1290, which I wrote about in the last article

Having printed for some time on it, I began to correct its shortcomings. As it turned out. the weakest place is the drive of the table with friction. Yes, this option works, but it causes some troubles and inconvenience. It was decided to switch to a flat belt, and at the same time leave the kitchen guides. Unfortunately, photographs have not been preserved since that time, there is only a video of the printing process. Everything is simple in design. we put the belt on the shaft and fix it on the table.

After such a small modification, it became much more convenient to print and I even began to print T.shirts to friends and acquaintances. But how can you judge by the video. the print speed of Epson 1290 is extremely low. In principle, such an apparatus has the right to life when you need to print 3-5 T-shirts per day, especially considering its budget at 150. But it’s all good on white T.shirts. But to print on black t.shirts. 1290 had only two channels left where white ink could be filled. And the speed of the white print was even slower than color. In general, a black T.shirt could easily leave an hour and a half. But this speed did not suit me and the place Epson 1290 was taken by Epson R1800. He has 8 channels, 4 tz could be left in color, and 4 is given to white. And the print speed is higher.

Unfortunately, the apparatus based on Epson R1800 lived with me not long. The thing is that the print speed on white T.shirts increased, but on black ones on blacks, I could not get normal printing with white ink, even despite its 4 channels. As I learned later, a lot of people are faced with this problem in textile printers based on R1800/R1900/R2400 (this is all essentially brothers). So I want to warn right away. if you do not want to suffer, then do not pour white ink into these devices.

Well, a little photo of the cut of Epson R1800 for installation on a textile table

Remove all other extra details. The photo shows what should remain. almost a bare frame. Well, we cut off the extra piece of the printer frame

It remains to attach a power supply and control board to him back

Without thinking for a long time, the control unit was simply screwed to the printer frame

And all this design is set instead of 1290

In principle, this modification would be quite insignificant and, as I wrote above, is almost useless if not for the same!

It was the installation of the R1800 that became the starting point on my way to the production of textile printers. The thing is that at some point I was tired of driving the table with my hands and, in principle, I decided to start managing the table myself and make a drive through a gear belt and a step engine. Therefore, the first controller was assembled immediately with the step of the step on board and I began to delve deeply in how the printer was working

Having forced the table to ride on the signals of the encoder from the printer, I decided, as they say, to make a horse move and solve two more problems: 1. Start printing white 2. Increase printing format (yet the A3 format is small for l-XXL T-shirts)

Therefore, after a long struggle with oneself, a decision was made. to buy and saw the brand new Epson 3880. Given his price in 1800 at that time. it was a very risky venture. it is one thing to cut b.u. Printers with a price of 30-75 and a completely different thing to cut a printer for almost two thousand.

Why is this device? because the cheapest eight.color A2 format. At the same time, Epson positions it as a cut version. there is no roll feed, cutting of paper, small cartridges But this version is cut for those who want to print on paper. But just for me this is good. there are no unnecessary functions, good price, supplies of ink under pressure. And in principle, a printer about a series where everything is done quite well (what I was convinced after it and became convinced). Plus, I knew that the Greeks were doing textilers based on these Epson and they quite perfectly print white.

Printer for T.shirts: from home crafts to serial model (part 1)

In the summer of 2011, I published a couple of articles (here) on Haber (here) about how to collect a textile printer from improvised materials on the knee. As it turned out. this topic is very interesting to many people, and since the publication of these articles, lovers of mocking the printers have collected many home.made devices that successfully print and even make a profit.

And in this series of articles, I want to share with you how a small hobby of self.made over these few years gradually and imperceptibly turned into a small but rather serious production of printers for direct printing on fabrics, T.shirts and other materials. I will try to tell what nuances and difficulties I have encountered on this path, tell me how best to redo modern printers and what mistakes are better to avoid.

So if you are all interested in all this, then welcome to the cat.

I’ll start my story with that first apparatus based on Epson 1290, which I wrote about in the last article

Having printed for some time on it, I began to correct its shortcomings. As it turned out. the weakest place is the drive of the table with friction. Yes, this option works, but it causes some troubles and inconvenience. It was decided to switch to a flat belt, and at the same time leave the kitchen guides. Unfortunately, photographs have not been preserved since that time, there is only a video of the printing process. Everything is simple in design. we put the belt on the shaft and fix it on the table.

After such a small modification, it became much more convenient to print and I even began to print T.shirts to friends and acquaintances. But how can you judge by the video. the print speed of Epson 1290 is extremely low. In principle, such an apparatus has the right to life when you need to print 3-5 T-shirts per day, especially considering its budget at 150. But it’s all good on white T.shirts. But to print on black t.shirts. 1290 had only two channels left where white ink could be filled. And the speed of the white print was even slower than color. In general, a black T.shirt could easily leave an hour and a half. But this speed did not suit me and the place Epson 1290 was taken by Epson R1800. He has 8 channels, 4 tz could be left in color, and 4 is given to white. And the print speed is higher.

Unfortunately, the apparatus based on Epson R1800 lived with me not long. The thing is that the print speed on white T.shirts increased, but on black ones on blacks, I could not get normal printing with white ink, even despite its 4 channels. As I learned later, a lot of people are faced with this problem in textile printers based on R1800/R1900/R2400 (this is all essentially brothers). So I want to warn right away. if you do not want to suffer, then do not pour white ink into these devices.

Well, a little photo of the cut of Epson R1800 for installation on a textile table

Remove all other extra details. The photo shows what should remain. almost a bare frame. Well, we cut off the extra piece of the printer frame

It remains to attach a power supply and control board to him back

Without thinking for a long time, the control unit was simply screwed to the printer frame

And all this design is set instead of 1290

In principle, this modification would be quite insignificant and, as I wrote above, is almost useless if not for the same!

It was the installation of the R1800 that became the starting point on my way to the production of textile printers. The thing is that at some point I was tired of driving the table with my hands and, in principle, I decided to start managing the table myself and make a drive through a gear belt and a step engine. Therefore, the first controller was assembled immediately with the step of the step on board and I began to delve deeply in how the printer was working

Having forced the table to ride on the signals of the encoder from the printer, I decided, as they say, to make a horse move and solve two more problems: 1. Start printing white 2. Increase printing format (yet the A3 format is small for l-XXL T-shirts)

Therefore, after a long struggle with oneself, a decision was made. to buy and saw the brand new Epson 3880. Given his price in 1800 at that time. it was a very risky venture. it is one thing to cut b.u. Printers with a price of 30-75 and a completely different thing to cut a printer for almost two thousand.

Why is this device? because the cheapest eight.color A2 format. At the same time, Epson positions it as a cut version. there is no roll feed, cutting of paper, small cartridges But this version is cut for those who want to print on paper. But just for me this is good. there are no unnecessary functions, good price, supplies of ink under pressure. And in principle, a printer about a series where everything is done quite well (what I was convinced after it and became convinced). Plus, I knew that the Greeks were doing textilers based on these Epson and they quite perfectly print white.

As it turned out at the end. there is no particular difference, you saw a printer for 5 kopecks or a couple of thousand dollars. Outside, everything is the same plastic, and inside the same frame, a piece of which we cut out to move the table. But I already wanted to do everything well for beautiful. Therefore, I ordered printed circuit boards for the control controller already at the factory

DIY textile printer with a minimum of costs

Somehow I wanted to print a picture for a T.shirt for myself. He climbed on the Internet. and there, it turns out, people have super.printers who print on these T.shirts. Great, I thought. but if I should buy the same? But, having looked at the of them, a drama and a tragedy happened to me. Somehow they cost a little expensive. for five evergreen you can find some kind of used and it will be cheap. In general, a little is not the amount of the amount to buy it like a toy. And then I remembered the good old Epson 1290, which was dusting in a closet at the office In general, I was lying in a closet in the office of Epson 1290. How much I work here. so much he was lying. It seems like his heads sorted out and there was no meaning to revive his. In general, I take it home with the thought that if I buy a new head and a new one. Pulled, launched, cleaned his heads and a miracle. prints! Excellent! Screwdriver in his hands and let’s disassemble it. removed all the shafts, removed all the clicks, removed the drive shaft with the engine and the rotation sensor. Further. better. corner grinder in our hands and cut out the central part of the metal frame. there we will have a product on which we will print. And then the most difficult begins. to collect everything from what is at home: quite by chance at home turned out to be:.Kitchen roller guides (barbarously removed from the kitchen).PVC scraps of the windowsill (lying on the balcony).shelf from the old nightstand.A small piece of flat aluminum kitchen guides and shelves from the nightstand were turned into a movable table, the sides of the PVC of the windowsill served as the sidewalls. what remains of the printer on top of them. In a piece of aluminum, he made holes under the motor, the shaft. cut a hole in the sidewall for this matter (which we have from the windowsill), firmly placed under the mobile table. And profit. everything works and prints. It remains only to bring all this to a worthy look and do not make it on snot. and here you have a cheap solution for printing at least on shirts, at least on boxes Yes, in general, you can cram into it and print on it.

Now I think to make him a more or less decent body made of wood-brown slab, I have already ordered SNPC and, I think, it will turn out no worse than analogues for 5 thousand green. For which they ask for that kind of money. I do not understand at all.

P.S. t.to. They still read the article. I’ll add it and that it would have fun. that’s what www came out of this in the end.YouTube.COM/Watch?feature = Player_mbededv = xrna3NBCLVC

P.P.S. Well, I will add the latest news from 2014. after a few years, all this resulted in small.scale production of textile printers))) Continuation: Printer for T.shirts: From home crafts to the serial model of a textile printer edit

Drilling CNC Printing Engineer.

There is a desire to build a small CNC of machine trains for drilling holes in boards. Planned parameters. xyz = 15015030. 40mm, it will drill up to 2mm, as an option. milling of copper foil on boards.

What is available. bones from four jet printers. axes, guides, bushings on printed heads under the axis, etc.D. Motors (see. Photo)-from the printers Epson, HP, Canon: type EM-235-dimensions 4215.5mm, force of 4.5 nsm, a single step 3.75 degrees, power supply 24V, although 42V after 1 v.5A A2917y Driver (Allegro UDN2917E, type EM-234 (outwardly similar, but a little weaker, T.to. Driver on the board for 0.5A). ° is also EM189, EM-169 (which is the largest), M42SP-12 (T) K, PC357XLG-collector (which right with the mount for Z-OSI). A cangy cartridge for drills will be attached to the collector engine.

UDN2917EB engines-45V 1.5A-I plan to use produced pieces of schemes from printing plates, connect them to an optocialized lip port. Power supply. there are two for 45V 2A 5V 1A from printers, also 24V 1.5A, 24V 5A. I can correctly solder, finish it, remake, remake

Mechanics: 1) axes and guides 5-16 mm-from printers; 2) the massive parts of the case of the machine. from 10mm plexiglass. I will order an exact pattern at the factory. 3) screw gear. here is more difficult, I plan to start with a conventional spiral hairpin on a 6mm bronze step nut. I will also try to look for a running screw with tape thread.

The table with a board will go, and the z axis is attached to the bed, only vertical movement.

Question. whether to get an accuracy of 0.05 mm or at least 0.1 mm on such a machine?

And someone tried to collect something similar from the printers.

Burner with a nichrome thread

The device is equipped with another mechanism of exposure, giving scorched images a significant volume, the drawings seem natural and saturated. The image is applied to wood with a nichrome thread, the brightness of the color depends on the temperature of warming the thread and the time of exposure to the surface.

During the drawing of the shadows, the wire sting should be quickly carried out above the surface without holding on a tree. But if the drawing requires bright and thick lines, the wire can be left for 3-4 seconds.

Specialists include:

• Figure saturation is regulated on the device with a special button.
• The function helps to give the image any intensity depending on the wishes of the client.
• It is easy to burn pictures on wood and skin.
• To draw a picture in size 25 × 25 centimeters, an experienced specialist will leave 3 hours.
• The drawing will not be pixel when stretching and increasing photography.
• During burning, the device does not radiate harmful light.

Preface from the author

At the age of 12, I dreamed of building a machine that would be able to create various things. A machine that will give me the opportunity to make any household item. Two years later, I stumbled upon the CNC phrase

or more precisely, then on the phrase “CNC platform”. After I found out that there are people able to make such a machine on their own for their needs, in my own garage, I realized that I could also do it.I must do it ! For three months I tried to collect suitable details, but did not budge. Therefore, my obsession gradually faded away.

In August 2013, the idea to build a CNC milling machine captured me again. I just graduated from the bachelor’s attendant of the University of Industrial Design, so I was quite sure of my capabilities. Now I clearly understood the difference between me today and me five years ago. I learned to work with metal, mastered the techniques of work on manual metalworking machines, but most importantly, I learned to use tools for development. I hope this instruction will inspire you to create your CNC machine!