Are you still reading the laws written on stone tablets?

Are you still using the settings written on stone tablets? Friends, it’s time to change things! Please stop reading from that book, stop clinging to that theoretical information; even the laws of physics are becoming more flexible! Wherever you go in the world, 2+2=4, but when I arrive at the result, I say 1+1+1+1=4. We are just forcing the machine by exploiting the subtle gaps, the backdoors, between these facts. Stop using these methods; they’re from the Stone Age!

When you get behind the wheel, use your own ideas. Don’t be afraid to think, “What will happen if I do this?” Break 100 cups if necessary, but be sure when you make the 101st. Then you will earn five times more, because you will be doing something different from everyone else. Your customer will see this difference and will wholeheartedly give you 5 lira instead of 1; because that’s what they want to see.

What good is a Stradivarius violin if you can’t play it?

Some of my friends say, “The machine is great, the machine already does the job.” I ask them this: The machine does the work, the craftsman boasts; but what makes that machine speak, what breathes that spirit into it, is the craftsman’s skill.

THOSE WHO LOOK AT THE AMMETER ON THE DIAL, NOT THE 85 ON THE SCREEN, ARE THE CRAFTSMEN!

Let’s address the major misconceptions you have: 0.2 range, 85 power, 200 speed. These are the correct settings! You think 85 power is too much, but we don’t interpret the 85 on our interface as the 85 on the ammeter. Check your ammeter while engraving; it doesn’t even exceed 10 amps, yet nobody checks!

Then, unknowingly, they write, “Running the machine constantly at 25 amps will wear out the lamp.” )) But the laser doesn’t stay on constantly while engraving; it works and stops, the tube rests! Don’t make claims without knowing this. Are you aware of how much time a 0.2 mm focusing adjustment saves you? Longer intervals are a huge advantage that focusing provides us. While you’re forcing the machine to work with narrow intervals, we’re making it fly by increasing the intervals thanks to the focusing adjustment. This isn’t just about speed; it’s about achieving maximum efficiency without shortening the machine’s lifespan.

THE NAME OF PRESTIGE IN GLASS ENGRAVING: 0.02 INTERVAL

Get excited when I mention 0.02 interval and 55 power settings in glass engraving! Do you realize the prestige that 0.02 adds in the eyes of the customer? When you engrave glass with depth, with crystal-clear smoothness where even your fingernail can penetrate, your customer isn’t just looking at the work, they’re touching it! Compared to the “scratch-like” engravings on the market, the depth you achieve with 0.02 becomes your signature.

For those who think it’s impossible to engrave on glass with a 0.02 increment, you just need to resort to little tricks to “convince” the machine to do the job. Before you object, consider how you can trick your machine. Small tricks, big results, and the indispensable prestige of a master craftsman…

AIR PAINTING AND THE WHISTLING NOZZLE

Here I explain the “air painting” technique. Bosch has been investing billions of dollars in R&D on laser firing for 40 years. Their focus was on lens cleaning and air guidance. We apply this principle in our own machines. Air prevents dust from accumulating inside the laser, allowing us to paint. Dust-free air turns brown. Why? Because dust obstructs the laser beams. The beam hits the flying dust, not the material! With this technique, a 4-minute job is completed in 35 seconds! Without these lines, the writing becomes “master brown.” With the correct air pressure, even the laser beam deflects, its path changes! Research this too; if there is no correct air pressure, there will be no correct work!

Don’t ask me, “How many bars of air pressure do I need?” I’m not an engineer, but I know this: The air coming out of your machine should whistle! Don’t use masking tape, that’s completely wrong. When you pump that much air pressure, air escapes from above; your lens seals loosen, the lens moves out of place, and you don’t even notice! Besides, we don’t need that much air anyway; unnecessary power, unnecessary waste! Instead, use a narrow nozzle, hear that whistling sound; of course, this will require you to “invent” something.))

CONCLUSION: THREE COMPONENTS, ONE MASTER

Also, pay attention to the spirit level. Your machine must sit firmly on the ground, vibration-free and level! Especially with Z-bar machines, don’t question the engineer if your machine isn’t level. DON’T LIFT THE END OF THE TUBE INTO THE AIR)) THAT’S ANOTHER ISSUE. And keep this in mind: you can’t do that with aquarium tubing.

"…Cutting techniques are a completely different matter… )) When you engrave glass and feel that perfect depth where your fingernail catches the groove, and when you see the smooth edges of wood staying brown without any burn marks, you will feel incredibly happy.

You might think ‘the machine did it’—but no. YOU did it. The customer wants what they want; don’t tell them it’s impossible. Start using your own ideas and give that machine the soul it deserves.Vesselam

Murat KOR
lazerlibaski.com

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Without taking a stand on your lecture, I would like to encourage you to adhere to the standard of adding units of measurement to all technical values. The few times you write the units on some values, they unfortunately do not fit standard CO2 laser machines, but it is possible that you get lost in Amperes and mA…?
May I also ask for a little more info/documentation regarding the Billion Dollar investment Bosch has spent on CO2 Laser technology?

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If he’s using 0.02mm for an interval on his co2, then I just don’t believe him. We’ve also had a discussion about out of focus, down or up.

I usually just mute his posts anyway. His stuff doesn’t look too bad, via the link, but some of his advise he’s posted is questionable IMHO.

He does have some good work in the link.

:grinning_cat:

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I usually do too, but if no one points it out, the understanding and quality of posts becomes “not useful”, or at least not helpful to anyone.
Personally, I am also “a little reserved” about links that are wrapped in this way.

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I read up to here, then I stopped. That’s nonsense. The sound of the air coming out says nothing about the air pressure quality. A small deformation of the nozzle will change the sound entirely. I think I understand what he wants to say, but telling this to novice users will lead them into a wrong direction. First you need to understand the physical basics, then you can rely on experience and your ear.
Every statement can be proven right and wrong. So, in the end - if you read it or not - you’re at the same stage at the end :slight_smile:

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anladığım kadarıyla türkçe ve ingilizce çeviri problemi yaşıyoruz o yüzden kendi dilimde yazıyorum

yazım da co2 demedim laser ateşleme sistemi dedim

1. Ön Oda (Prechamber) ve Yanma Odası Tasarımı:

  • WO2010072519A1 ve US8844491B2 : Ön oda içerisinde, lazer penceresini (combustion chamber window) kirletici birikimlerden korumak için gaz akışını yönlendiren yapılara (flow-guiding elements) ve “arka oda hacmi” (rear-chamber volume) tasarımına odaklanır .
  • US20140165945A1 : Ön oda içinde lazer ışınının girdiği açıklık (outlet opening) ile akışkan akışının yönü arasındaki ilişkiyi düzenleyerek ateşleme verimliliğini artırmayı hedefler .

2. Lazer Kaynağı (Laser Source) ve Optik Tasarım:

  • WO2010072520A1 : Lazer bujisinin içine, pasif Q-anahtarlamalı (passive Q-switch) lazer aktif katı hal gövdesini (laser-active solid-state body) entegre eden tasarımı korur. Bu, lazer darbelerinin üretimini doğrudan buji içinde gerçekleştirir .
  • WO2014122281A1 : Belirli bir "fluens hacmi"nin (fluence volume) üzerinde lazer darbeleri üreterek ateşleme güvenilirliğini ve verimliliğini artırmaya yönelik bir sistemi tanımlar .

3. Mekanik Yapı, Sızdırmazlık ve Soğutma:

  • WO2013079238A1 : Yanma odası penceresi (combustion chamber window) ile buji gövdesi arasında, yüksek sıcaklık ve basınç altında bile sızdırmazlığı garanti altına alan özel bir conta ve montaj yöntemini anlatır .
  • US9784173B2 / US20150136049A1 : Lazer bujisinin aşırı ısınmasını önlemek için entegre bir soğutma devresi (cooling circuit) içeren lazer ateşleme cihazını tanımlar. Özellikle silindir içine soğutma suyu kaçağını (water hammer riski) önleyici bir hacim tasarımına sahiptir .

4. Akış Kontrolü ve Ateşleme Stratejileri:

  • WO2010007067A1 : Hava/yakıt karışımının ateşleme noktası (ignition point) çevresindeki akışını (fluid flow) iyileştirerek daha kararlı ve verimli bir yanma sağlamak için tasarlanmış akış kanallarını (swirl channels) detaylandırır .
  • WO2008000585A1 : Lazer ateşleme cihazının çalıştırılmasına yönelik bir yöntem olup, lazer darbesinin enerjisinin, pompa ışığının dalga boyu değiştirilerek kontrol edilmesini sağlar

okursanız tekniklerin benzerliğini çıkarcaksınız bu arada sessize alıp yazımı okuduğunuz için teşekkür ederim lütfen beni eleştrinilerinizden mahrum bırakmayın )

sevgi beyfendi sizin makinanızı tanımıyorum nozulla oynadınızmı geniş yada dar bilmiyorum makinanızda harici hava sistemi varmı bilmiyorum size nasıl kaç bar olduğunu söyleyebilirim yazıda bir benzetme yapıyorum insanların doğru ayarı bulmaları için
yazdıklarım zaten standart değil bunu anlamışsınızdır yumarım çeviride problemler yüzünden bir çok anlattığım sanırım yanlış anlaşılıyor o yüzden kendi dilimde yazıyorm

What does this have to do with the billions that Bosch has spent on CO2 lasers?
You’re mixing things up and moving to a language that you expect others to spend time translating? Come on, do it better!

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I did not even bother to translate that.

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