Since technology will only get more advanced as time goes on, the possibilities for innovating laser marking equipment will continue to expand. Join us as we highlight some of the trends and innovations that have emerged that will be affecting the industry in 2024 and beyond.

Current Trends in the Laser Marking Industry

With the help of increased laser power, improved beam quality, higher speeds, and enhanced control systems, laser marking systems have expanded their capabilities and use across various industries. From shorter wavelength machines that make marking on more materials possible to the development of femtosecond lasers for ultrafast marking, the industry continues to make discoveries that expand marking abilities.

Read on to discover the current trends in laser marking, identifying innovations that take precision, speed, and machine capability to the next level.

Lasers with Shorter Wavelengths for Achieving Better Accuracy

Using laser marking machines with shorter wavelengths helps to achieve better resolution and contrast on your materials. Examples of machines that have shorter wavelengths include systems featuring UV lasers and green lasers. Not only are these systems precise, but they also are compatible with a variety of materials, making them the perfect solution for diverse applications.

UV lasers are known for their ability to facilitate “cold marking,” which is a method that does not result in extreme heat stress being applied to the surface of an object. This is ideal for applications that involve softer materials like gold, silver, or copper.

Green laser marking is also designed to conduct cold marking on materials and is the best solution for materials that are not reactive to other wavelengths. Green lasers are often used to achieve foaming, which is used in some cases to mark plastic, rubber, and other similar materials.

Both of these laser types are ideal in a world where there is a high demand for clear and sustainable ways to create long-lasting marks on products. Whether the markings are used for traceability or aesthetic appeal, laser marking machines are ready to take on the challenge.

Femtosecond Lasers for Delicate Applications

Another notable trend in the laser marking industry for 2024 is the use of femtosecond lasers for more delicate applications. This approach applies ultrashort laser pulses to the surface of an object to create a mark that is clear but doesn’t damage the surface in any other capacity.

This method is great for marking transparent surfaces like glass and optical fibers. The process of micromachining optical fibers is very complex and not easy to achieve using other methods, which is why this is a worthwhile advancement for the industry.

Within the medical field, femtosecond lasers have been greatly beneficial for nonmarking procedures like laser cataract surgery, the treatment of tractional vitreous attachments, and more (ScienceDirect). For marking, they have also been used to prevent the fraudulent production of drugs that are in tablet form.

A Look at Laser Marking Globally

Manufacturing operations in China and India have utilized laser marking systems for many years since the process provides such a reliable means of traceability and compliance. However, this saw a shift during COVID-19, as the strict lockdowns in these areas caused disruptions to the supply chain. Manufacturing in the United States, meanwhile, was able to survive and thrive because some workers were allowed to practice remote work to keep operations underway, and others were permitted to work onsite as they were deemed essential to national production.

Worldwide, laser marking is used by many fields, but especially the automotive industry since the marks that are produced are resistant to thermal stress, acids, gasoline, oils, and beyond. Laser marking is also an economically friendly choice because it is easy to operate and works quickly, promoting quick turnaround on projects. In 2024, this has remained true, and we continue to create laser marking solutions that exceed the expectations of our clients.

The Future of Laser Marking

• One innovative way that laser marking is being used is to embed data into glass and crystal media. This makes it possible to create memory crystals, which are a newer, highly efficient form of data storage, and we expect to see greater implementation of this in the coming years.
• The growth of AI and other machine learning tools has led to the technology being used for design software and algorithms to create a more efficient marking process, something likely to only continue in the future.
• In terms of emerging laser marking tech, quantum dot semiconductor lasers are also growing more popular with their ability to use tiny semiconductor particles that emit light when exposed to a laser. This approach should offer higher resolution for more vivid colors, which is great for those who use it for branding, design, and other custom applications.

Contact the Laser Marking Experts at TYKMA Electrox with Any Questions

In the world of laser marking, innovation merges with precision, and permanence pairs with personalization. If you’re interested in learning more about the industry or want to know if laser marking is the right solution for you, be sure to reach out to TYKMA Electrox today. Our team would be happy to assist you.

The post Laser Marking Unveiled: Navigating Trends and Innovations for 2024 first appeared on TYKMA Electrox.

Want to learn more about our offerings as your premier laser marking equipment supplier? If so, check out our definitive guide or contact our team today for assistance.

What to Know About Laser Engraved and Laser Etched Tile

An Overview of Laser Engraving

The process of laser engraving ceramic tile includes removing the top layers of your surface to create an exposed cavity that matches your predetermined image or design programmed into the system. Throughout the process, the material is vaporized with each pulse of the laser, and more defined marks can be created with several passes.

A Look at Laser Etching: A Subset of Laser Engraving

As opposed to laser engraving, the process of laser etching takes a slightly different approach to creating permanent markings, incorporating a melting aspect. Etching, which is considered a subset of laser engraving, melts the surface of your material, and the melted material then expands and creates a raised mark.

It’s important to note that though laser engraving and laser etching are similar in some respects, the marking depth achieved is different, with laser etching typically removing no more than 0.001” of the material, and engraving removing anywhere from 0.0001 – 0.005”. This can be a key differentiation point when deciding which technique is best for your application.

What materials are commonly used when producing laser etched or laser engraved tile?

Though our systems are compatible with ceramic tiles, as stated previously, they’re also capable of accommodating the following tile types:

• Marble
• Slate
• Porcelain
• Glass
• Stone

The type of material that you use for either laser engraved or laser etched tile can alter your approach and may necessitate different types of laser systems. For more information on which systems might be best for your application, feel free to reach out to our team of experts!

FAQs About Laser Engraving Ceramic Tile, Marble Tile, and More

When creating laser engraved or laser etched tile, what designs can be marked?

One of the main benefits of working with a high-quality laser marking system is that you have the ability to create simple or complex designs that align with your project requirements. Some examples of these designs include the following:

How long does it take to laser engrave tile?

The amount of time that it can take to produce laser engraved or laser etched tile can depend on both the size of the tile and what you are wanting to permanently mark. For example, if you’re looking to mark on a 4” x 4” ceramic tile, it might take up to a couple of minutes to complete the full process, while tiles with a larger surface area could take a little longer than that. The intricacy of the design will affect duration as well.

Can I laser engrave on a hand-painted tile?

Yes! When laser engraving ceramic tile, porcelain tile, or any other type that has already been painted, our systems can remove the top layer of paint, as well as the material underneath the paint, without disrupting the structural integrity of the tile as a whole.

Achieve Clear and High-Contrast Laser Engraved Tile with TYKMA Electrox

Our team is dedicated to providing you with unmatched customer support when laser engraving ceramic tiles, marble tiles, and more. Additional benefits of choosing TYKMA Electrox systems include the following:

• Systems with air-cooled, solid-state, maintenance-free designs
• Industry-leading warranties
• Up to 100,000-hour product lifespans
• Compact machine footprints in simple modular designs
• Simple setup, programming, and marking

Contact Our Team for More Information

If you need a comprehensive workstation that’s capable of creating clear and high-contrast laser engraved tile, know that our team is readily available to provide you with exactly what you’re looking for.

Have any questions? If so, please contact our team today.

The post Laser Engraved Tile with TYKMA Electrox Systems first appeared on TYKMA Electrox.

In this post, we offer a 2024 Q&A about laser engraving, as our team understands you may have some more detailed questions about the process, its applications, preferred systems, and more. Read on for insights about the industry.

What Are the Benefits of Laser Engraving?

When using a laser marking workstation, benefits include precision, a variety of applicable materials, and its use across numerous industries. During the process of laser engraving, the laser beam removes a small amount of material from the surface, creating an indent or cavity. This results in markings that are more noticeable and long-lasting, which can be an important factor for industries that need clear and legible identification, such as manufacturing.

Ultimately, laser engraving is the go-to method when there’s a need for a pronounced, visible mark on your product. This includes common applications like creating text, images, or brand designs that need to stand out on the material.

Additionally, since laser engraving removes a small amount of material, it’s a suitable choice for a diverse array of materials, like wood, metal, and plastic.

Why Is Laser Engraving Preferred Over Laser Marking or Etching?

While laser marking and laser etching are great ways to achieve long-lasting marks on a variety of surfaces, there are certain instances where laser engraving is going to be the best option for you. So, when determining which technique is right for your application, know that some benefits of laser engraving include the following:

• Deep, high-contrast engravings – Laser engraving achieves a deeper, more pronounced mark on the material than other processes because it vaporizes layers of the surface being marked, resulting in a high-contrast result you can both see and feel.
• The ability to mark on textured materials – Certain materials with more inconsistent textures, like wood or leather, can make it harder to create a clean mark on the surface. However, when configured correctly, laser engraving machines have the capability of creating lasting designs on these materials and can even work on uneven surfaces.
• Engravings that last a lifetime – By removing a small amount of the material’s surface, laser engraving creates permanent, intricate designs that will last through harsh elements, inclement weather, or ongoing wear and tear.

What Does the Process of Laser Engraving Look Like in 2024?

While technology continues to evolve with time, here is a current, generalized process for laser engraving diverse materials:

1. Create a digital design or file that specifies the pattern, design, text, or image you want to be engraved.
2. Prepare the file in a way that is compatible with your laser engraving machine.
3. Collect the product that you want to engrave. Remember that this process works best on items like wood, metal, plastic, leather, and more.
4. Configure the laser’s parameters to the specific material you are working with. This includes selecting the proper focus, laser power, and engraving speed.
5. Calibrate the laser engraving machine for accurate engraving. This can include adjusting the settings to ensure that you’re getting the desired engraving depth and effect.
6. Implement safety measures like wearing protective eyewear and following ventilation protocols. Laser engraving machines can cause skin and eye damage, so proper protection is key. Each laser is given a grade on a scale of Class 1 to Class 4. It is important to know where your laser engraving system falls on this scale and follow the safety precautions established for that class of laser.
7. Start the engraving process, which will follow the digital design you provide. You’ll start to notice that the laser removes some of the material from the surface.
8. Inspect the engraving quality once it’s complete. Be sure to look for inconsistencies or defects and address them accordingly. Then, practice post-processing activities like cleaning, polishing, or coating your product.
9. Take the next steps with your finalized item. Whether you create barcodes, serial numbers, brand logos, or designs, your product is going to have a mark that lasts throughout its lifetime.

What Industries Use Laser Engraving?

Laser engraving is an appropriate solution for any individual or company who is looking to create long-lasting marks on their equipment, products, and more. Here is a list of some of the industries that have benefitted from using our machines:

What Are the Top Laser Engraving Systems of 2024?

Laser engraving is performed using a fiber laser or CO₂ laser. These systems are used because they have enough energy to vaporize and remove material from the surface of an object in a controlled and precise way. With that in mind, here are just some of our preferred machines for laser engraving:

• Scorpion Integration Fiber Laser Marking System – The Scorpion Integration Fiber Laser is ideal for integration into production cells or automated workstations. This system is a very flexible fiber laser system and doesn’t need an external control PC.
• Zetalase Duo Dial Index Laser Marking System – This machine is designed for high-volume production and features a two-position index table that provides maximum laser engraving throughput.
• LaserGear QUBE Laser Marking System – The QUBE is an entry-level Class 4 fiber laser. It’s ideal for integration into production lines or can be used in an open environment depending on your project goals.
• EMS400 XYZ Laser Marking System – This laser engraving system is a full-size, floor-standing system that is perfect for marking large components in multiple locations.

What Materials Should I Avoid When Laser Engraving?

Laser engraving is versatile enough to be performed on a wide variety of materials. However, even with the advanced technology we have available in 2024, laser engraving isn’t the best solution for every project. That’s because certain materials can produce toxic gases and carcinogens, which can negatively impact the safety of those operating the machine.

To keep yourself, as well as those around you, safe while still achieving the best results on your marked products, here are some materials you’d want to avoid when laser engraving:

• PVC
• PVB
• PFTE/Teflon
• Materials containing halogens, epoxy, or resins
• Carbon fibers
• Artificial leather

Allow TYKMA Electrox to Be Your Laser Engraving System Supplier in 2024

TYKMA Electrox has over 65 years of combined experience in supplying the best laser marking, frosting, etching, foaming, and engraving systems in the industry. Our workstations are manufactured at our headquarters in Chillicothe, Ohio and distributed to a global network of satisfied customers. Regardless of your industry or application, we have unrivaled systems that can be used to engrave a variety of objects with ease and efficiency.

To date, we have installed over 10,000 systems, and we can’t wait to see how else companies can benefit from our products in the future. We offer 24/7 technical support, preventative maintenance packages for upkeep, and training, startup, and installation services.

Contact TYKMA Electrox Today

Be sure to contact us today for more information on our systems or for insights on the industry! We look forward to helping you in any way we can.

The post 2024 FAQs About Laser Engraving first appeared on TYKMA Electrox.

What Is Laser Marking?

Laser marking is a process in which a laser beam is concentrated onto a material’s surface, changing its appearance through discoloration. The beam creates permanent, high-contrast marks without disrupting the material.

Oxidation occurs as the laser heats the material under the surface, turning it black or a darkened shade. One key aspect about laser marking is that it applies a low temperature to the material that anneals the surface, all while leaving the surface intact.

What Types of Materials Are Laser Marked?

Laser marking is a versatile technology that can be applied to a wide variety of materials. Our lasers can be used on metals, plastics, coated materials, glass, and more. The wavelengths of specific lasers can facilitate marking on diverse materials, and for varied applications, as we’ll examine below.

Laser Marking on Metal

Utilizing laser marking tools for metal is a common process in manufacturing settings. MOPA fiber lasers are ideal for all metals and UV lasers are available for specialized applications.

Metals lasers can mark on include:

• Steel and stainless steel
• Titanium
• Aluminum
• Brass and copper
• Anodized and coated materials
• Nickel-plated materials
• Galvanized materials

Laser Marking on Plastic

Since plastic is such a common material found in many products throughout the world, companies and hobbyists often need laser machines to mark it with barcodes, company logos, serial numbers, and more.

 Some common plastics ideal for marking include:

• Polypropylene – Used for applications that include automotive components and medical device components
• LDPE – Used for medical catheters and various tubing products
• PEEK – Used for medical implant devices and contact pins
• PVC – Used for construction-based materials and electrical components
• ABS – Used for automotive parts and component shells and housings

Laser Engraving on Glass

Glass is another material found in many everyday products, making it one of the most laser engraved substances. CO₂ and UV laser marking technologies are ideal for glass as they both produce exceptional results.

Common products that often undergo the process of laser engraving on glass include:

• Wine, beer, and standard drinking glasses
• Automotive glass and mirrors
• Test tubes and glass panels

Other Materials for Laser Marking

In addition to the materials mentioned above, other substances that are commonly marked on include:

• Carbide
• Painted, coated, and anodized materials
• Wood
• Synthetics and other materials

What Are the Key Techniques That Laser Machines Can Perform?

Laser machines are incredibly flexible tools that supply different technique possibilities. Options include:

• Engraving – This is a technique where the laser removes the material from the surface at different depths
• Frosting – By moving the laser at a high rate, it creates a disturbance on the surface which makes the mark look bright white
• Ablation – The process of ablation involves removing specialized coatings or surface layers from materials
• Annealing – This technique applies heat, below the melting point, resulting in a smooth, high-contrast surface mark
• Foaming – This is the process of creating small gas bubbles under the surface that produce a slightly raised surface area, resulting in a white, tan or dark-colored mark

What Are the Different Kinds of Lasers?

When it comes to laser marking machines, there are different lasers (featuring different wavelengths) that are best suited for certain materials and applications. MOPA fiber lasers are a standard laser, but CO₂ and UV lasers also have key functionalities that make them suitable for specific situations.

MOPA Fiber Lasers

MOPA fiber lasers produce high pulse repetition and utilize a wavelength of 1.06 µm, making them infrared (IR) lasers. While this wavelength isn’t suitable for fragile materials, like wood and glass, it is ideal for most metals including steel, titanium, aluminum, brass and copper, along with many plastics.

CO₂ Lasers

CO₂ lasers use a glass tube filled with carbon dioxide, helium, hydrogen, and nitrogen to produce high-intensity light when electrified. CO₂ lasers emit wavelengths of 9.3 µm, 10.2 µm, and 10.6 µm. Since these lasers feature such a different wavelength than that of fiber lasers, robust materials are not well suited for marking. However, CO₂ lasers are great for more delicate materials such as wood, glass, stone, leather, cardboard, plastics, and rubber.

UV Lasers

Ultraviolet or UV lasers utilize a very short wavelength, typically falling between 200 nm and 389 nm. This wavelength range is highly absorptive allowing the lasers to perform “cold marking.” Cold marking ensures no excess heat stress is applied to the materials, especially highly reflective ones such as gold, silver, and copper.

What Sets TYKMA Electrox Apart from Competitors?

At TYKMA Electrox, we specialize in the design and manufacture of industrial laser marking systems, and we have more than 65 years of combined experience in the laser marking field, providing unrivaled solutions to our customers.

Our team offers the most advanced, low-maintenance, reliable laser marking technology there is, and we spend a great deal of time engineering every detail of our systems to ensure high quality, ergonomic features, and outstanding design.

Some key aspects of our company that set us apart from competitors include:

• While we are based in the United States, our laser marking facility is able to serve customers globally
• We offer compact workstations that are guaranteed to take up minimal space and have been created with ergonomics in mind
• Our customer service support is 24/7, 365 days a year to ensure our clients are well taken care of
• We provide numerous training and maintenance options, along with helpful blogs and videos as resources to help operators learn more about the industry
• We serve a diverse array of industries including aerospace, automotive, electronics, defense, and more
• Our laser marking systems provide exceptional capabilities that produce high-contrast and precise results

Contact TYKMA Electrox to Learn More About Laser Marking in 2024

For more information about laser marking in 2024, reach out to TYKMA Electrox today! We are your go-to source for all things laser marking, and we’re excited to discuss options with you. Contact our team today with any questions or to start your order for a system.

The post 2024 FAQs About Laser Marking first appeared on TYKMA Electrox.

Each are non-magnetic and tolerant to heat treatment, with the latter aspect making them both ideal candidates for laser marking. Before we go into the details of marking these materials, it is important to first establish the differences between them and how that affects their longevity and performance.

Differentiating 304 and 316 Stainless Steel

304 and 316 stainless steel share application abilities, some properties, and, of course, a similar appearance to the human eye. And while they share many similarities, it is important to distinguish between the materials so you can determine which will perform best in your project and environment.

If you are debating whether 304- or 316-grade stainless steel will be appropriate for your laser marking task at hand, consider your budget, the amount of corrosion your materials are prone to, and overall material composition to determine the best option.

Laser Marking 304 Stainless Steel

304 stainless steel is the more popular of the two material types, as it holds the status of being the most widely ordered stainless-steel grade in the country. Because it carries varied beneficial characteristics for a reasonable price, it is often considered a valuable asset.

Not only does 304 stainless steel show resistance to corrosion, but it also demonstrates high levels of machinability and weldability. When laser engraving 304 stainless steel, it’s often suggested that you increase the laser power and decrease the marking speed to achieve the best results. Then, you will be able to produce markings on products that can be used in many places, including hospitals and kitchens.

Uses of 304 Stainless Steel

304 stainless steel is often used in the medical industry because it has the ability to endure strong chemicals and prevent product contamination. In this field, the material is often used for trays and surgical tools. Laser marking 304 stainless steel materials in this industry is beneficial because the steel and its markings are able to withstand continuous disinfection treatments.

Additionally, 304 stainless steel meets sanitary regulations and is therefore considered FDA approved. Because it receives FDA approval, 304 stainless steel can also be used for fryers, food preparation tables, cookware, and tableware.

Laser Marking 316 Stainless Steel

Similarly, 316 stainless steel is also known for its versatility, durability, and cleanliness. It also has anti-corrosion and oxidation properties. For these reasons, it is commonly used in hospitals, marine environments, and even art projects, such as the Chicago Bean.

Uses of 316 Stainless Steel

316 stainless steel can be found as part of anything from boilers and water heaters to medical equipment and chemical processing materials. By laser marking 316 stainless steel, it is possible to achieve lasting marks on items that reside in highly acidic places and other environments that require a lot of material strength or heat resistance.

Applications for Laser Marking 304 or 316 Stainless Steel

When laser engraving 304 stainless steel or laser engraving 316 stainless steel, you can expect to achieve markings like branding, identification numbers, or instructions that are resistant to rusting.

Additionally, this process is ideal for displaying QR codes, Data Matrix codes, bar codes or other manufacturing information. Regardless of the task, laser marking 304 or 316 stainless steel results in permanent, high-contrast marks with detail that will stand the test of time.

Advantages of Choosing Lasers from TYKMA Electrox

TYKMA Electrox has been providing our customers with the most advanced fiber lasers for decades. Our expertise has allowed us to create laser marking systems that feature low-power components to maximize energy efficiency and savings. Additional benefits of choosing our systems for laser marking 304 or 316 stainless steel include:

• Air-cooled, solid-state, maintenance-free designs
• Advanced capabilities to solve the most complex applications
• No lamps, water cooling, or alignments required
• Longest reliability with up to 100,000-hour lifespans and 3-year or 18-month warranties
• Compact machine footprints with simple, modular designs
• User-friendly controls and ergonomic designs

When preparing to laser engrave 304 stainless steel or laser mark 316 stainless steel, be sure to check out our products that can be of assistance. Depending on your needs, we suggest that you choose from the following options when you start your next stainless steel laser marking project:

• Minilase Manual
• Minilase Full-Featured Desktop System
• Zetalase XL
• Vereo Integration Fiber

Contact Us About Ways to Practice Laser Marking on 304 or 316 Stainless Steel Today!

TYKMA Electrox is equipped with knowledge and experience to facilitate the completion of your next laser marking project.

If you have questions on the differences between laser marking 316 stainless steel and 304 stainless steel, we are ready to help. Reach out today!

The post The Difference Between Laser Engraving 304 Stainless Steel and Laser Engraving 316 Stainless Steel first appeared on TYKMA Electrox.

An Overview of Industrial Tags and Labels for Your Application

In the world of industrial manufacturing, home services, and beyond, it is incredibly important to have clear and concise markings to relay information and boost productivity in the workplace. That is why our team highly recommends laser engraving industrial labels as part of your manufacturing process.

Just some of the different identification tags you can incorporate into your applications include the following:

• Product identification labels
• Pipe markers
• Machine or equipment tags
• Safety precaution signs
• Shipping or tracking labels

LaserGear Systems Suited for Laser Engraving Industrial Tags

Laser engraved tags and labels are often used to provide a visual reference or asset identification on industrial machinery and equipment. Whether you need a system that marks directly on an individual part or to a tag attached to the item, LaserGear systems are the ideal choice for laser marking industrial tags and labels.

Our LaserGear systems for laser marking industrial labels include:

• LaserGear BOQX
• LaserGear QUBE

It’s important to note that our LaserGear QUBE is available with either a 20 W or 60 W MOPA fiber laser depending on your needs. Learn more about the capabilities of both through the QUBE product page linked above.

Beyond the LaserGear line, we also supply a host of additional systems ideal for laser engraving industrial tags and labels, as well as other items. Please visit our full products page for specs on desktop, free-standing, and integration systems.

In addition to our systems for laser engraving industrial tags, we also provide a variety of accessories that make laser marking even easier. Our accessories include the following:

• Rotaries
• Tool post
• Handheld control pendant
• Laser safety glasses
• Fume extraction

7 Steps to Laser Marking Industrial Tags

Looking to create clear, high-contrast results when laser engraving industrial labels? If so, follow these steps when utilizing one of our laser workstations:

• Design the industrial tag or label to your specifications
• Load your chosen material into your workstation
• Adjust the workstation settings to fit your needs
• Test your laser settings before you begin engraving
• Start laser marking your industrial tag
• Check the quality and accuracy once the laser pass is complete
• Clean up and complete additional maintenance if needed

The Benefits of Laser Marking Industrial Tags with a LaserGear System

Equipped with MOPA fiber laser technology, our LaserGear workstations are precise and easy to use, and leave durable marks on every surface. Additional benefits of using our systems when laser engraving industrial labels include:

• Reduced costs – Our workstations are economical, maintenance-free, and backed by our comprehensive warranty.

• Quickly mark tags and labels – LaserGear systems are quick and efficient, making them ideal for laser marking industrial labels and tags.

• Compact machines – Our laser marking machines are either integration or benchtop units that take up little space.

• Unprecedented customer service – Our customer service team is readily available to answer any questions you may have while operating a LaserGear system.

Laser Engraving Industrial Labels for a Variety of Materials

Additionally, our laser marking systems are very versatile. Our LaserGear systems are equipped to perform optimal laser marking on all the following materials:

Machines Capable of Laser Engraving Industrial Labels and Much More

Since our laser marking systems are versatile and accommodate a large array of materials, they can also be used in a variety of industries. In addition to laser engraving industrial labels, LaserGear workstations can be utilized for the following industries and more:

FAQs on Laser Marking Industrial Tags

How quickly can a compact workstation mark industrial labels?

The time it takes for laser engraving industrial labels can depend on a variety of factors, including the size of the tag itself, the materials being used for the application, and the complexity of the design.

Since identification tags are usually fairly small in size, it can take anywhere from 1 to 2 minutes to create clear and definitive results. From there, you can repeat the action depending on how many tags need to be laser engraved.

When laser engraving industrial labels, can I mark serial numbers?

Absolutely. You have the ability to laser engrave serial numbers or their accompanying barcodes, facilitating easy future scanning.

For more information about laser marking industrial tags that are scannable, check out our informational guide highlighting engraving serial numbers and barcodes.

What workstation maintenance is required when laser marking industrial tags?

When working with any system for laser engraving industrial labels and beyond, it’s important to practice routine maintenance to extend the lifespan of your system. With that in mind, some of the tips we recommend while utilizing your laser marking system include the following:

• Removing dust and debris from laser mirrors
• Aligning the laser beam as needed to maintain precise focus
• Cleaning the laser filters to allow proper airflow through the workstation
• Verifying all internal cooling fans are running properly
• Ensuring guide rails and rotating accessories are properly lubricated

On top of regular maintenance, our team recommends running regular software updates to ensure your applications operate as smoothly and efficiently as possible when laser marking industrial tags. 

How durable are the markings on laser engraved tags and labels?

Once you have marked your industrial tags and labels, your designs are permanent. This is because the process of laser marking industrial tags involves removing the existing layers of your chosen material to create deep, legible markings that won’t fade over time. That’s why people choose laser engraving industrial labels when working with items that need to be easily identifiable.

For any additional questions about laser engraving industrial labels, please contact our team directly.

Check Out Our News Section to Learn More

At TYKMA Electrox, we regularly update our news section with company news, industry updates, and much more. Some of our posts include:

• The Best Laser Marking Machine for the Everyday Carry Industry
• The Ideal Laser Marking Systems for All Applications
• 5 Reasons to Invest in a LaserGear Laser Marking System
• 4 Tips for Proper Laser Engraving Maintenance

Choose LaserGear Systems for Laser Marking Industrial Labels and Tags

If you are searching for a system that makes laser engraving industrial tags easy, you can count on the LaserGear line. Contact our team today to learn more about any of our laser systems!

The post Systems for Laser Marking Industrial Tags and Labels first appeared on TYKMA Electrox.

Learn more about our custom mold engraving solutions today.

An Overview of Molds and Mold Cavities

As industry experts know, molds are used to formulate uncured or molten materials into a new shape. Within the mold itself, one or more mold cavities are present to give shape to each individual product being manufactured. Mold cavities are designed to present a negative impression of what your finalized product will look like.

Along with the total mold and its mold cavity, there are other components of the workpiece that act as channels and openings, such as the:

• Cores
• Sprues
• Runners
• Gates
• Vents

All of these components work together to allow your material to successfully take shape throughout the formulating and cooling process.

Why Is Laser Engraving Mold Cavities and Molds Important?

Since manufacturing equipment is usually comprised of metals, like aluminum and stainless steel, using a system for laser engraving molds or mold cavities will help leave definitive and lasting impressions on your workpieces, facilitating marks that will carry over to the final products.

Having a workstation for laser engraving mold cavities can also be used to incorporate the proper identification information for your equipment, whether it is via logos and branding or barcodes and serial numbers. Additionally, you can engrave alignment marks and parting line details to ensure the most precise end product, as well as venting channels to help air and gases escape the mold cavities during the formulation process.

Our Solutions for Custom Mold Engraving

When it comes to deep laser engraving of mold cavities, our team at TYKMA Electrox wants to provide you with comprehensive solutions to exceed your application expectations. That includes laser marking workstations for engraving metal.

When working with laser engraving molds made of metal, a MOPA fiber laser is preferred. The advantages of using a MOPA fiber laser include:

• Highest beam quality
• Longest diode life (up to 100,000 hours)
• Maximum application flexibility possible
• High peak power and long pulse durations
• Air-cooling with high ambient air temperature operating capabilities
• Low power consumption and very efficient operations

On top of our high-quality results, we also offer 24/7 customer service and support and onsite assistance for those who have any additional questions about our laser technology! This also includes additional training and start-up assistance during the initial application and beyond.

FAQs – How to Make the Most Out of Your System for Laser Engraving Mold Cavities

Here are just some things that you should know before jumping into the custom mold engraving process.

How long does it take to create custom mold engraving?

The length of time it takes to mark molds or mold cavities can depend on what design you are choosing to mark. For example, if you are looking to engrave serial numbers onto your mold, it should only take a couple of minutes for each workpiece. Anything larger than that can be expected to take more time to complete.

Can laser engraving be done while there is a mold in the machine?

Yes. As long as the laser head has proper access to the part of the mold that you wish to engrave, you should be able to go through with the laser marking process with no problems. Though that is the case, we don’t recommend conducting the laser engraving of molds while there is molten material cooling within the cavity.

Does laser engraving molds affect the integrity of the workpiece?

Not at all. When custom mold engraving, the workstation simply marks the surface of the material without affecting the underlying product. With the proper laser settings, your mold will not be impacted beyond the mark you are wishing to incorporate.

Need a System for Deep Laser Engraving of Mold Cavities? Contact Us

At TYKMA Electrox, we want to supply you with high-quality, efficient, and durable workstations for laser engraving molds, mold cavities, and beyond.

Contact our team today to learn how we can best serve you.

The post TYKMA Electrox Supplies Systems for Laser Engraving Molds first appeared on TYKMA Electrox.

An Overview of Laser Engraving Bike Frames

When laser marking bicycle frames, a MOPA fiber laser is ideal for creating clear, high-contrast, and precise engravings. For the best results, make sure to follow these steps:

• Create the design you wish to engrave on your bike frame
• Thoroughly clean and degrease the frame
• Mount the bike frame to your laser engraving workstation
• Turn on the system, focus the laser, and practice a test engraving
• Start laser marking your bicycle frame based on your specifications

Once your laser engraving is complete, check to see if the finished product matches your initial design. If so, remove your bicycle frame from the engraving system, clean up and reset your workstation, and wipe away any excess residue left from the marking process. Additionally, if you’re laser marking metals like aluminum or titanium, you can choose to add a clear coat over top of the engraving to prolong the lifespan.

Why TYKMA Electrox Is Your Source for Laser Marking Bicycle Frames

The benefits of choosing TYKMA Electrox for laser engraving bicycle frames include the following:

• High-powered lasers which provide exact, repeatable marks
• Ergonomic systems with user-friendly controls and easy setup
• Industry-leading warranties on our systems
• Workstations with compact footprints and simple modular designs
• 24/7/365 support, including training and maintenance options
• System lifespans of up to 100,000 hours

Additional FAQs About Laser Marking Bicycle Frames

What types of bike materials can be laser marked?

Our laser workstations can mark a variety of metals and materials including:

• Aluminum
• Steel
• Titanium
• Graphite

It is important to note that our workstations for laser marking bicycle frames can also create high-contrast engravings on coated materials, like paint, carbon fiber, and more.

What details can I include while laser marking bicycle frames?

The opportunities are endless when it comes to adding custom detailing to your bike frame. Some of the most common markings that you can incorporate into your bike frame include the following:

Does laser marking bicycle frames weaken the structural integrity of the bike?

Not at all. Though laser engraving penetrates the surface of your frame to create deep, legible markings, our workstations do not go deep enough to jeopardize the bike’s framework. So, rest assured that your bicycle will function normally when put to good use!

Does laser making create any type of heat damage to the bikes?

Since the laser engraving process involves using short pulses to create permanent markings, the heat dissipates around the surrounding metal as opposed to the marked area itself. This process allows you to complete the laser marking bicycle frame process while avoiding additional damage or distortion to the existing product.

Need a Workstation for Laser Marking Bicycle Frames? Contact Us Today

When searching for a definitive solution for laser marking bicycle frames, you can trust that our workstations are equipped with the tools to exceed your expectations.

Contact us today to learn more about our products and services. We look forward to hearing from you!

The post Laser Marking Bicycle Frames with TYKMA Electrox Machines first appeared on TYKMA Electrox.

Keep reading to learn about how to create laser marked and laser engraved boating equipment, the applications they’re appropriate for, and, of course, the benefits of doing so.

Benefits of Creating Laser Engraved or Laser Marked Boating Equipment

Since boating equipment and parts are subjected to water and salt regularly, they are prone to corrosion and other issues, so any marking methodologies must take this into account. Neither laser engraving nor laser marking boating equipment contribute to corrosion, and the marks they produce will endure, making them the ideal solutions for any item that will spend its life at sea or on other waterways.

Beyond corrosion resistance, let’s check out the other benefits of laser marked and laser engraved boat equipment.

• Longevity – Laser marked and laser engraved boating equipment results in marks that are resistant to fading, wear, and abrasion. This ensures that the marks that will remain legible even when exposed to the harsh elements that are found in waterways, like water itself, salt, UV rays, and more.
  
  
• Versatility – Whether you are working with metals, plastics, wood, or composites, laser engraving is a versatile solution that can be applied to a wide variety of projects.
  
  
• Precision – The markings on laser engraved boating equipment are extremely precise, which is ideal for creating small text, intricate designs, or patterns that require high accuracy.
  
  
• Consistency – For reliable and uniform markings, opt for a laser marking machine. Systems from TYKMA Electrox are known for their reproducibility, which means that they can create the same mark over and over again. This is helpful for product traceability and keeping your production line moving.

Whether you are a boat manufacturer who wants to engrave instructions or logos, a fabricator who needs to engrave part numbers, or an artist who creates custom work for boats, using a TYKMA Electrox system will provide ease of use in your endeavors and comfort in knowing you will be backed with ongoing support.

FAQs

What type of boat equipment can be laser engraved?

Boating equipment comes in a range of shapes and sizes, so your capabilities are limitless, as long as the material you want to mark is a candidate for laser marking. Depending on your machine and industry, you might try laser engraving control panels, hardware, steering wheels, nameplates, small components, and other parts that are made from laser-compatible materials.

What is the process for creating laser engraved boat equipment?

1. Choose the part and ensure that it is compatible with laser engraving
   
   
2. Select an appropriate laser marking machine with the right power and wavelength for your application
   
   
3. Create or prepare the design you are trying to engrave and ensure that it is properly formatted for the laser software you are working with
   
   
4. Secure the boating equipment so that it doesn’t move during the engraving
   
   
5. Adjust the laser focus to ensure it is at a proper distance from the material
   
   
6. Configure parameters that will suit your project, like power, speed, frequency, and more
   
   
7. Perform a test on a similar material to ensure that the object is going to withstand the conditions of laser marking
   
   
8. Start the laser engraving process using the previously configured settings
   
   
9. Ensure the engraving meets your standards by examining it for depth, clarity, and accuracy
   
   
10. Repeat on other items and appreciate the consistency of your laser engraved boat equipment

What are some precautions to take when laser engraving boating equipment?

When trying to create laser engraved boating equipment and beyond, it is important to consider following:

• Material compatibility – Different materials react differently to laser marking, so be sure to check that your material qualities for the process
  
  
• Safety – It’s vital to enact proper laser marking safety measures, which includes the use of protective equipment and following instructions to keep you and your team safe
  
  
• Proper ventilation – If you are looking to create laser engraved boating equipment that is made out of plastic, you will want to be equipped for proper ventilation to get rid of any potentially dangerous fumes
  
  
• Regulatory compliance – Sometimes there are compliance measures in place for commercial or safety-critical applications, so it is important to be informed of them before starting your laser engraved boating equipment project

What is the best machine for creating laser engraved or laser marked boating equipment?

The type of system you need will depend on the material you are marking. Here are a few material types and their recommended machines:

Metal

• LaserGear BOXQ Laser Marking System
• EMS300 Custom Laser Marking System
• Minilase^TM XL Laser Marking System
  
  

Plastic

• Minilase^TM XL Manual Laser Marking System
• Zetalase^TM XL CO₂ Laser Marking System
  
  

Wood

• EMS400 XYZ Laser Marking System
• Zetalase XL CO₂ Laser Marking System
• EMS300 Custom Laser Marking System

Contact Our Team for Assistance

For more information on what systems are best for creating laser marked boating equipment, be sure to contact TYKMA Electrox.

We look forward to assisting you!

The post Create Laser Engraved Boating Equipment with Machines from TYKMA Electrox first appeared on TYKMA Electrox.

Let’s examine some of the more recent laser marking innovations and where the field is heading next.

UV Lasers, Green Lasers, and Femtosecond Lasers

Over the last number of years, various laser marking technologies have been developed that have advanced the field, including UV lasers, green lasers, and femtosecond lasers. The following is a breakdown on these laser engraving machine trends.

UV Lasers

UV lasers, named for the ultraviolet wavelengths they utilize, operate within a space of 200 nm and 389 nm, with 355 nm being fairly standard. Due to the highly absorptive properties of these short wavelengths, UV lasers can supply what is referred to as “cold marking” for operators.

Cold marking does not allow excessive heat stress to affect materials that are being marked, particularly highly reflective ones such as gold, silver, and copper. This cold marking has been adopted for electronic chip marking, glass scribing, polyethylene marking, and other applications.

Green Lasers

Green lasers, meanwhile, also can engage in cold marking, though their wavelength differs, often being around 530 nm. This wavelength puts them on the visible spectrum unlike other lasers, and they are named for their green hue. Both green lasers and UV lasers are also adept at marking certain kinds of plastics that other lasers are unable to.

Femtosecond Lasers

When it comes to femtosecond lasers, these are lasers that are defined by their pulse durations rather than their wavelengths. Lasers operate with either a continuous beam or a sequence of pulses to accomplish their tasks. Femtosecond lasers fall under the category of “ultrafast lasers,” emitting their pulse durations from a few to hundreds of femtoseconds.

The rapidity of these pulses gives the machines they operate within higher peak powers much greater than what is possible via continuous wave lasers. This in turn reduces thermal damage to the material being marked, evaporating the chosen material without affecting the area around it, better facilitating the marking of sensitive materials.

AI Fueling Laser Marking Innovations

Another key laser marking machine trend is the emergence of AI and its ongoing adoption into varied applications. One such application has been to use AI to better determine and control the parameters of laser marking, facilitating more reliable color laser marking.

Previously, laser operators needed to manually edit process parameters as part of trial and error to attain the correct color they were going for. AI, however, offers the opportunity to better control the color range in a more exact and automated way.

Other applications underway include using AI as part of voice commands for laser marking system operation, as well as to identify and position parts for marking.

Quantum Dots

Yet another fascinating laser marking trend is the use of quantum dots for marking. Researchers have begun to experiment with quantum dots, which are small semiconductor particles which can emit light when they have been exposed to a laser.

These dots can in turn provide a greater resolution in marking, as well as more vibrant colors on a final piece, opening up a host of branding and personalization opportunities for companies.

Increased Usage in Key Industries

As laser marking technologies have developed, so have their uses in varied fields, with many industries not only coming to adopt laser marking and engraving into their operations, but relying on them.

Some of the areas that have seen growing demand for laser marking and engraving systems include:

• Arts and crafts
• Textiles
• Printing and packaging
• Leather goods
• Models

These, of course, are alongside fields such as manufacturing, aerospace, automotive, defense, medical, and many more that have been utilizing laser engraving methodologies for years. We look forward to new industries adopting the technology, finding innovative solutions for their products and applications, and pioneering further uses for industries yet to come.

Follow Our Blog for More Laser Engraving Machine Trends

Wanting to keep up with the industry and know about key laser marking machine trends? Bookmark our blog! And be sure to reach out to our team if you are looking to expand your laser marking operations.

The post The Future of Laser Marking: Trends and Innovations first appeared on TYKMA Electrox.