The Technical Aspects of UV Laser Marking: Wavelengths and Power

 Today in this tutorial we will dig what is UV laser marking and how the companies like HnjiankunHunan Jiankun Precision Technology Co., Ltd design an awesome UV laser marking machine. To begin with, let me explain to you what exactly is UV laser marking and why industries rely so heavily on it.


What is UV Laser Marking?

UV laser engraving technology is generally utilized for marking or decorating various materials using a laser beam. The use of this practice in factories and manufacturing is evident due to the ability it provides to leave permanent marks on goods. You have seen a laser marked item and perhaps think of serial numbers, logos, or barcodes found on products these are usually made with uv laser marking partitioning. It is incredibly popular in part due to the fact that it can function with a wide range of materials. Materials that can be etched — metal, plastic, ceramics, glass This makes UV laser marking a vital part of various production processes.

Selecting the Correct Wavelength for Marking

Choosing the correct wavelength plays an important role in UV laser marking. The wavelength is akin to the colour of the laser light and it has an affect on how great a mark you will get. The common wavelengths used in UV laser marking are 266nm, 355nm and 532nm. The individual wavelengths have more specialized applications.

The 266nm (shortest wavelength) is the best for hard materials such as ceramics and glass. This wavelength is ideal for making sharp, precise marks of this difficult to mark substrates.

The 355nm is the middle wavelength this good for Sapphire, Plastic or Metal marking. This made it a good all-rounder for this type of material, with a depth and clarity balance I really appreciate.

At 532nm, it is the longest wavelength and will correspondingly create the least heat as its selected for use when working on materials where heating of the mark area must be minimized such as paper or cardboard. Then heat from the laser will not spoil it.

The Impact of Laser Power on Marking Quality

For the laser power being one of the uv laser engraver main thing to get a grasp on, this next idea is grasping how it is directly related with quality of the mark. Relates to how strong the laser is, measured in watts. The quality of the mark is based on the darkness and depth of the produced mark in material.

Greater laser power results in deeper and darker marks, usually desired for visibility and the need for the mark to withstand wear. However, one needs to be cautious because if the laser power is too high, it can melt or damage the material on which you are making a mark. So, to get the best results without damaging the product, it is crucial to find the right balance between laser power and marking quality.

Different Types of UV Lasers

This type of laser is one of the three common types that can be used for marking, and they can all be placed into two categories based on whether their radiation is UV or not. Some common types include:

DPSS lasers: This is the preferred type of UV laser marking. They have a reputation for being quite exact. The present composition is adjusted with the DPSS picture change laser, in the image of a neodymium-doped yttrium lithium fluoride (Nd:YLF) precious stone to deliver an exceptional as well as excellent light beam best for designated noting.

Fiber lasers : These laser use a fiber optic cable to deliver the laser beam. They are also extensively used to easily mark objects during operations. Fiber lasers have a good effect on all materials of general use and can mark clean, sharp marks.

CO2 lasers: While CO2 lasers are generally not used for UV marking because they tend to be less exact due to their longer pulse limitations. The mixture of gases, such as carbon dioxide and nitrogen provide the necessary ingredients for CO2 lasers to create the laser beam. They can still be used for marking materials, but they will not provide quite the same detailed results as DPSS or Fiber lasers.

Last but not least, the use of a UV laser marking system

And lastly some practical UV laser marking system using tips to get the most out of your device.

Choose the correct wavelength and laser power that best suits your marking application. This uv laser marking machine is important for good results.

Build with quality materials and clean everything thoroughly. Doing so will allow you to get the best grades possible.

Routine maintenance and calibrations go a long way to ensure that your laser marking system performs well for many years to come. Good system maintenance results in a permanent good status.

So it is very necessary to teach/calibrate you employees on how to use the laser marking machine properly. This will help reduce accidents and keep users safe while operating the equipment.

To sum up, UV laser marking is an essential process at the factory end to bring the permanent mark on different products. Hunan Jiankun Precision Technology Co., Ltd. is a company that produces a series of high-quality laser markers such as Hnjiankun. Applying the best practices of UV laser marking, from understanding the fundamentals and choosing the best wavelength and power, to evaluating different types of lasers and implementing these performance tips, will ensure superior results in your marking applications. The proper understanding of these terms will allow you to understand the significance of UV laser marking required in manufacturing industry.

Comments

Post a Comment

Popular posts from this blog

How to choose the best polyaluminium chlorine PAC powder manufacturer

Image
  The choice of a polyaluminium chloride (PAC) powder manufacturer should follow strict protocols to ensure that you only get the when its required. Quality is something that should definitely be top of mind, so give it some serious consideration. Posted on Sep 24, 2018How to Get the Best PAC Powder ManufacturerThere are a number of places from which you can easily source out your powder products. The company also follow certifications to make sure PAC powder safer and more standard. Finally, there are other factors that you need to consider when selecting a PAC powder manufacturer. ​ Why Is Quality Essential When Selecting a PAC Powder Manufacturer When you are selecting a PAC powder manufacturer, the quality is so significant. Please use a low-quality powder if it is not very suitable. All of this can wreak havoc down the road. Moreover, choosing a second-rate product could force you to repurchase it much sooner than anticipated — and that can become even more expensive in the lo...
Read more

Activated Carbon in Organic Solvent Recovery

Image
  Do you know what activated carbon is? It might seem like some bigass chemistry term or something but in reality it is a very useful material that helps to clean up the organic solvents. An isomer of the chemical known as nonane and other organic solvents, this liquid solvent is widely used in factories and various industries to dissolve a wide range of substances. They are essential in numerous processes but after they become dirty or used, they do not operate correctly anymore. This is where activated carbon comes to the rescue! Activated carbon is a black, powdery substance that is made by burning organic things like wood, and coal. In addition to this, special chemicals are used on it so that it becomes even more useful and compliant. Then, it turns the activated carbon into a highly-porous form. These holes serve the purpose of capturing grime and other nasties from the solvent. So when the dirty organic solvent flows across the activated carbon, all of those impurities are l...
Read more

Hydrazine - Toxic for humans, but satellites love it.

Image
  Hydrazine type of fuel (used in space ) is a one kind. However, for satellites and spaceships… it becomes the whole world to them. But hydrazine can also be extremely toxic to humans and other living creatures. This also makes it high risk, yet with great reward. What is Hydrazine Used For? Things we do every day, like talking with each other on the phone and checking to see if there is a star in our omegaverse  as well as things that help us when riding a car or asking for directions using GPS..GPS — Advantages of being an adult really fascinated by seemingly indestructible satellites everywhere, On which he depends… Yet, achieving all of this requires satellites to function for which they need fuel. Hydrazine  PE resin  is one example of a fuel they use Hydrazine is potent and high energy, so it enables satellites to maneuver by changing direction or acceleration. A: The satellites have tanks that store hydrazine, which remains isolated in the tank until it is re...
Read more