Advantages of Fiber Laser Marking Machine

Why choose a laser marking machine?

Fiber laser marking machine has been a big latest trend. Using up-to-date fiber pumping technology, the laser markers use optic fibers bundled together and impregnated with a substance that increases their conductivity. The fibers are pumped with light-emitting diodes, and the light of the laser passes through to the optical head, from where the beam is expanded to create the laser mark. This method produces a much higher quality beam than the first generation laser marking machines were capable of, with reduced volatility and cost.

These reliable laser marking system are environmentally friendly.It use no harsh chemicals or high temperatures during the process and safely delivering high quality.With permanent laser marking on metals, stainless steel, ceramics and plastics.

Laser marking system uses no consumables and requires minimal maintenance. The diodes have a lifetime of more than 50,000-80,000 hours. And the small footprint of the fiber-based laser marking machines makes it possible to install them easily in almost any location.

Fiber laser marking process is becoming increasingly popular for numerous uses. Its high temperature resistance makes it perfect for marking medical equipment that requires sterilization, such as surgical devices. The durability of the laser marks optimize it for use in jewelry, mobile phones, and other items of value.

To learn more about the latest in laser marking technology, please contact us today. The world of laser technology is constantly changing. We would like to share that world with you.

Laser Marking In the Medical Device Industry

Laser marking have become a vital tool for carrying out various medical practices. Procedures that once required extended days of hospitalization and recovery can now be done in a matter of hours and often do not require overnight stays.

However, another secondary connection exists between lasers and the field of medicine. Lasers have been used for cutting, welding, and marking various surgical instruments and medical devices. With the ability to work at micron levels these days, lasers are an excellent industrial marking solution when it comes to medical equipment.

Most medical equipment usually goes through a process of chemical passivation, creating a surface film over the equipment that enhances its inherent corrosion resistance, preventing corrosion while also making it less susceptible to germs. One of the major benefits of laser marking technology is that it can mark instruments without causing any harm to the chemical coating. The marked surface retains its corrosion resistance even after being continually used, cleaned, and sterilized for years.

Marking of medical equipment is necessary to ensure that the equipment is easily identified and recalled. It is also important for the safety of the patients. Medical devices and equipment often require long alphanumeric strings to be marked on them. A lot of information, including serial number, date and place of manufacture, etc, is usually marked directly on the equipment. This information can comprise of various letters and numbers, and to place it on instruments that measure the size of a pencil, or sometimes even smaller, is a difficult task. This is where laser marking goes a step beyond other marking technologies. Advanced laser marking machines have the ability to mark codes comprising of more than twenty characters, all in a space less than a single centimeter – such is the level of accuracy that today’s tech has achieved.

There are various other marking technologies available for marking metal articles, including screen printing, inkjet, etc. But most of these technologies are not suitable for medical equipment as they involve various chemical compounds that can prove to be harmful.

On the other hand, lasers can produce extremely accurate and permanent markings on various equipments comprising of metal, plastic, and even on silicon, which was considered to be a material that could not be marked. These benefits have made laser a very popular marking solution when it comes to the medical industry.

Various laser marking machines have been devised to carry out the marking procedures. There are numerous providers of laser marking equipment around the globe, but when it comes to excellent quality, reliability, and great performance, VIKELASER stands out.

Laser Marking In the Jewelry Industry

People usually consider the following elements in purchasing the jewelry. The texture, color, appearance, workmanship and the peculiarity etc. Many people are beginning to take up the hobby of creating customized jewelry. Such customized jewelry is a nice option for a gift since the person can engrave any customized message on the jewelry. Since most of the jewelry material is gold, silver, or other expensive raw materials, the requirements to the workmanship are also very high. Fiber laser marking machine has become the first choice of laser marking In the jewelry Industry. Because it has exclusive advantage as an advanced processing equipment.

One of the best ways to put some message or design on the jewelry is engraving. One form of engraving that every authentic jewelry must possess is laser marking.

Advantages of laser marking in the jewelry industry

1.The laser marking machine has a very high-powered laser beam that is used to etch the surface of the material. You can decide the depth of your engraving by determining the intensity of the beam of the laser.

2.Other than the depth, laser engraver also enables you to select the design with great ease. The operator has to enter the desired design on the computer and from here command is sent to the laser engraver, which engraves the design just as it is entered into the computer.

3.This computer-guided mechanism of the laser marking machine enables the jeweler to engrave at a very fast pace. This is particularly beneficial for the professional jeweler, who has to meet the supply demands of the customer. One particular use of the fast pace of laser engraving machines is marking. The agencies responsible for the marking need to get the marking done at a fast pace and the only thing that helps them in achieving their purpose is laser marking machine.

4.Through the help of laser marking machines, the designer gets the ability to draw a highly precise pattern on the jewelry. The precise cut and the high accuracy provided by the laser beam gives the designer an opportunity to produce the designs that are highly complex. Jewelry marks usually contain some sort of logo and other information, all of the marking information can be produced by the laser machine at a remarkable speed with high accuracy.

5.The laser marking machine can be applied to a wide variety of material. The beam of the laser machine has the ability to penetrate even the hardest of materials. Due to this, the marking of gemstones and diamonds can be easily done with the help of laser machines. In contrast, the results with rotary machines do not produce the desired effect if the jewelry under consideration is diamond or some other gemstone.

What is the difference between laser engraving machine and laser marking machine?

The laser marking machine and laser engraving machine are being integrated into various industries due to their ability to undertake a number of different tasks. Another reason for the rise in the popularity of these machines is the legislation passed by the government that makes a permanent marking on products mandatory. In regular usage, the terms laser marking and laser engraving means the same thing. This interchangeability of terms can prove to be a problem in industrial context and thus it becomes essential to define these terms and enlist the difference between them.

The selection of the form of the laser machine depends on two things: the desired form of the end-product and the type of the material used. For some material, engraving will produce the optimal result while marking will be the most suitable for others.

The process of laser engraving involves the removal of some part of the material. The laser marking machine manufacturers design their machine in a way that allows the industries to define the depth of the engraving as per the requirement. The process of laser engraving is commonly used over materials, such as plastics, wood, steel, leather, etc. The laser engraving can be divided into three types, namely, etching, deep engraving, and laser ablation. Engraving is usually preferred means for drawing logos, serial numbers, etc. Through the engraving machine, an engraving of any depth between the range of 0.020” to 0.125” can be produced. Though laser engraving is a highly useful process, it is not ideal for sensitive materials.

Laser marking machine manufacturers supply their laser marking machine to the industries that are seeking to produce beautiful designs on their product. Unlike laser engraving machine, the material is not vaporized in this process and the material is not altered significantly. Due to this property of laser marking, it is used on materials that need to marked without significant alteration. Laser marking has been divided into four major forms, namely, annealing, foaming, carbon migration, and coloration. This process is most commonly used on sensitive materials like a medical device. Furthermore, it is also used for marking barcodes, UID codes, logos, etc.

While selecting the laser machine, you must take your production assembly into consideration. If you have an assembly where products are constantly moving then you must go for the flying laser marking machine. Through the help of On flying laser marking machine, the industries acquire the ability to flawlessly mark their object while it is still moving on the assembly line. This form of laser thus ends up saving a lot of time of the industry and also helps in increasing the overall productivity of the company. Any company desiring fast production speed must go for flying laser marking machine.

wine glass laser engraving

How to Buy Laser Engraving Machine ?

How to Buy Laser Engraving Machine ?

How to Buy Laser Engraving Machine ?Laser engraving machine have many advantages over traditional engraving methods like sand blasting, diamond cutting or chemical etching. They can cut, mark and engrave plastic, metal, wood, glass, stone, ceramic, rubber, acrylic, textiles and many other materials quickly and easily. By not physically touching the material, laser engraving machines do not wear down and have lower maintenance costs than the other methods. In addition, these engraving machines do not require harsh chemicals which can be expensive and troublesome to dispose. When paired with a computer, laser engraving machines can become a powerful and convenient design tools. The computer treats the laser engraving machines as if they were printers and allows the user to use scanners or common drawing software to make new designs. Modern laser engraving machines are now more compact and cheaper than ever before.

The first decision to make when you are in the market for laser engraving machines is the maximum size of the materials to engrave. The larger the size, the more expensive the system. As It can be very frustrating to consistently not be able to realize your designs because the objects are too big for your machine, you should invest in the largest size that will often use.

The next decision is to determine how fast of a system you need. The speed of the laser engraving machines is directly proportional to the power of the laser. If you have to do many engravings at a time, it may be worth the extra money to get a faster engraving machine. On the other hand if you only do one or two pieces at a time and can wait for them to process, a cheaper system may be more than suitable. Finally you should consider that if you are also interested in cutting materials, a more powerful laser can cut more materials.

Look for servo motors or high precision motors and enhanced laser options if you need fine detail etching. If you are working with small objects with very fine engravings, better motors give the computer more precise control during the etching process. Beam enhancing optics makes the laser beam more precise. The auto focus capabilities allow the laser to adjust its focus on on curved or irregular surfaces.

Many engraving systems have a light that shows exactly where the laser is pointing. This is very useful during the engraving process as it allows you to watch the laser cut and determine if the the result is what you expected. This is becoming a very common feature on most laser engraving machines, but it is not always available on the older models.

Consider whether you want an air blowing system, which puffs cool air across the material as the laser cuts. The process removes debris and smoke during the etching process. It is standard on many systems, but not on all. However, it is critical safety feature when cutting things like acrylic or other flammable materials.

Consider whether you need an integrated vacuum table to hold thin materials flat so they do not curve during processing.This feature is critical for cutting thin plastic, wood aluminum or any material that can warp or curl. It is not very useful if you plan to only cut thick or bulky items.

wine glass laser engraving

Laser Engraving Etching Glass

A glass laser engraving machine needs to understand both the delicacy and the strength of the glass in question when choosing what kind of glass laser engraving machine to purchase. Quite often, laser systems can lead to fewer products shattering or breaking because there is no direct, physical pressure on the object from the etching device. Instead, the surface of the glass is melted with a fine laser beam. Also, there may be fewer mistakes made in this process, as the laser is computer-directed. In other words, no stencil or masking process is required, unlike with sandblasting or other techniques.

wine glass laser engraving
Wine Glass Laser Engraving

So how does it work? A laser is a beam of intense monochromatic light that heats the surface of the material to a super-high temperature, often vaporizing or melting the material. When laser etching glass, the result is a “frosted” effect. On a manufacturing level, this type of equipment produces a very light and consistent etch.

The nature of glass
Due to the flexible and complex nature of glass, which is unique compared to many other materials, a glass engraving machine needs to be able to work with delicate, breakable materials while still providing enough raw power to make a mark on the hard and smooth surface. The delicate yet powerful nature of glass has fascinated human beings for centuries. Even now, the nature of glass is still somewhat of a mystery, and scientists still continuously study its properties.

Laser etching glass
From wine glasses to shop windows, etchings on glass always seem to have a classy and elegant look that customers love. Companies from retailers to art studios use glass engraving machine technology to personalize glass materials, create new products, and fill custom orders. While some use older technologies like sandblasting, many industrial glass-etchers have turned to laser-engraving. Glass etching machine options vary, but the convenience, versatility, and ease of use of the more-evolved laser engraving equipment has made it a favorite in the glasswork industry.

If you can imagine it,you can make it.
Being able to produce professional and customized glass products more efficiently and quickly is important for businesses in numerous industries. By laser glass-etching, one avoids the mess and masking of sandblasting as well as the frequent breakage of direct-contact etching and engraving tips. The CAD systems of many laser-machine products also lead one to be able to etch almost anything on glass with ease, including graphics, complex logos, detailed photos, text, and high-quality images. This allows companies to efficiently create personalize products at a faster rate and in a more cost-effective way.

With a glass engraving etching machine, you can create the glass products your customers want to buy. Items can range from wine, shot, and beer glasses to custom shower doors to formal and corporate awards to full window designs for business fronts. Customers and clients often appreciate the level of intricate, flawless detail created by a laser along with its beautiful matte effect on glass objects large and small. With this technology, you can have items for sale that your customers will love!

wine glass laser engraving

How to buy your first laser marking machine?

As known to most consumers, laser marking machine can dramatically improve production efficiency and quality as the most advanced laser marking equipment. Faced with so many laser equipment firms, how to select the most satisfied one is a question to many customers. Below are five points for choosing a laser marker.

1.Consider the marking material. There are various types of laser marker according to different laser, such as optical fiber and CO2. Customers need to choose the right type for metal and non-metallic products.

2.Select laser marking machine according to the processing demands of workpiece. Generally speaking, there are three application ways of laser machinery, including carving, cutting and marking. There are special-purpose machine and multi-functional machine, which should be chosen according to the primary demands.

3.Size of format should match with the size of workpiece. Not all the biggest format is the best when it comes to the choice of format size. On one hand, larger format means more cost; on the other hand, some low quality laser marker has unstable average degree of laser output on large format, causing irregularity defect. So the appropriate format is correct choice.

4.Except for company qualification and product quality, after-sale service is another thing to be valued. For example, whether there is on-site installation and rapid debugging. Whether they offer free specialized guidance to ensure proficiency of the operator. Whether there is quality assurance services for the whole machine.

wine glass laser engraving

Why Does Your Business Need Laser Marking ?

Whether you work in the automotive and aerospace industries or the medical device industry, you understand the importance of part identification. For each division of manufacturing, there are laws and regulations put in place regarding identification to reduce error and ensure part safety.

In the medical device industry, the Food and Drug Administration released a final rule in 2013 requiring all manufacturers to include a unique device identifier (UDI) on device labels and packages, except where the rule provides for an exception or alternative; but as of September 2018, the FDA ruled that there must be visible dates on the labels of all devices, regardless if they are excepted from the 2013 rule.

The notion of part traceability is similar to that utilized by automotive and aerospace part manufacturers.

In the aerospace industry, engines, propellers and other replacement and modification parts are required to include certain registration and identification marking. The Federal Aviation Administration (FAA) determines which information is appropriate to include, such as the builder’s name, model designation and certification – if any – among other things. These markings are required to be on a fireproof dataplate or a similarly approved fireproof method.

Regulations for the medical device industry and the aerospace industry, as well as those in place for the automotive industry, are designed to help increase safety for all types of parts.
For example, automotive companies utilize part traceability to increase safety and reliability in their vehicles. If a component fails, the manufacturer can quickly and easily determine when and where the part was produced, allowing for critical recalls and warranty decisions to be made sooner.