The world is becoming modern we have also to modern with the world. The question arises in the mind what is lasher marking? It is just the process of marking a surface and it is used by a focused beam of light.
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They are giving 24-hour customer support and technical support. Our teams are well experienced. If you want to more information about us read more this article or visit our website.
There are many ways and types with which you can perform this work for example fiber lasers, CO2 lasers, pulsed lasers, and continuous lasers. There are many but the most used laser marking applications are
• Laser engraving
• Laser etching
• Laser annealing
Laser engraving
It creates deep and also permanent marks and they withstand abrasion
Laser etching
It creates a high-contrast permanent mark and it is done with high speed.
Laser annealing
It creates marks under the surface and it is done without affecting the base metal or its protective coating
Laser machines can be used on many materials for example steel, aluminum, stainless steel, polymers, and rubber. It is not only used for material but also to identify parts and products with 2D barcodes (data matrix codes or QR codes), alphanumerical serial numbers, VINs, and logos and VINs.
How Does Laser Marking Work?
It is used for lasting marks and it is generated by focused beams of light. It has high levels of energy. Its laser beam hits a surface and the energy of the beam is transferred in the form of heat and it creates black, white, and sometimes colored marks.
The Science of Lasers Explained
What is the science behind it? Laser beams are generally created by a reaction and it is known as laser. It is a light Amplification by the Stimulated Emission of Radiation.
First of all, it uses a special material which stimulates with energy. It makes photons. The newly released photons then stimulate the material again and it generates more and more photons. This thing creates an exponential number of photons or you can say light energy in the laser cavity.
It creates a single, coherent beam of light. It is directed at its target using mirrors. It depends on the energy level. It can etch, engrave, or anneal surfaces with extreme precision.
Different Lasers to Mark Different Materials
Laser is measured by wavelengths or nanometers (nm). It is used for many applications. It can generate certain types of lasers.
• Fiber lasers
• CO2 lasers
Fiber lasers
It stimulates a rare-earth metal and it is also known as ytterbium. It is generated by photons on the 1,064 nm wavelength. It is ideal for mark metals and it generates a good quantity of energy and is absorbed by the material.
CO2 lasers
It stimulates CO2 gas. It is used to generate wavelengths between 9,000 nm and 11,000 nm. It is used to cover a wide range of organic materials and it requires different wavelengths. It has the most wavelengths for organic materials 10,600 nm.
Laser Marking Benefits
Laser is the most important technology of choice for manufacturers. It provides high-quality marking. As compared to old marking it provides a multitude of advantages. The old method was dot peen marking, inkjet printing, and printed labels.
Fastest DPM Technology
It is the fast part of marking technology. It is the sought-after option when you short cycle. It takes pride in benchmarking because it is the fastest laser on the market. It is best because of its high-quality hardware and software components.
HIGH-CONTRAST MARKS
It is a precise process that provides consistent results. You will also get a near-perfect readability rate. It is for making sure that the number of nonconform parts to kept minimum.
GREEN TECHNOLOGY WITHOUT CONSUMABLES
It makes the manufacturing world more sustainable. It is done by replacing polluting technologies. These things rely on heavy consumables. It is known for its electrical efficiency and except this, it can reduce your environmental footprint.
LOW MAINTENANCE
It is a noncontact process. We do not need mechanical wear to occur between the system and when the part is being marked. It will help you to keep maintenance and downtime to a minimum. You will need just Minimal maintenance to remove the accumulated dust from the lens.
COMPLETE SOLUTION
Laserax gives solutions to it which included implement laser marking in production lines. It manually loads and automates solutions with 100% laser safety, dust and fume management, barcode validation, and remote support.
Laser Cleaning Machine for Rust Removal
Fiber laser machines are used for focused laser beams. It rapidly vaporizes or strips the contaminants on the material’s surface. It has a wide range of applications it can clean the rust stains that have been over the years on the car. It can also clean the rust inside the pipe, industrial oil, stains on the mold, paint on metal, and oxide layer after soldering.
