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.

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.

Every musician tells a story with their music, and with laser engraved guitar bodies their instruments can, too. Let’s take a look at laser engraving guitars and other components and all the benefits that engraving can provide.

Which Laser Engraving Systems Are Ideal for Laser Engraving Guitars?

When you’re looking to begin laser engraving, the first step is to assess the materials you will be working with to determine which type of system will best suit your needs. Depending on a given application and its materials, either MOPA fiber lasers, CO₂ lasers, or UV lasers will be the best choice.

Guitars, both acoustic and electric, are primarily made from wood, with options found for poplar, walnut, basswood, maple, spruce, holly, Agathis, ash, alder, and mahogany. This is because wood provides excellent resonance for the sound produced by guitars, and is generally unmatched when compared to other materials.

Due to this composition, if you are looking to laser engrave guitar bodies, a CO₂ laser marking system is the ideal choice. This is because these systems feature a laser that operates at a higher wavelength, making them suited for more delicate materials, such as wood.

Other areas of a guitar can get a bit more complicated, however. CO₂ lasers are able to mark on plastic, such as that found in tuning knobs, sound adjustment knobs on electric guitars, and pickguards. CO₂ lasers, however, are not suitable for marking on metals, such as the nickel or stainless steel found on a guitar’s frets. To mark on any metal surfaces, you would want to utilize a MOPA fiber laser, equipment that is also able to mark on plastic. MOPA fiber lasers are too powerful to mark on wood, however, which is why CO₂ lasers are needed to produce laser engraved guitar bodies. For the less common carbon fiber guitar bodies, MOPA fiber lasers would be ideal.

Our line of CO₂ and MOPA fiber laser systems includes the following units.

CO₂ Laser Systems

• Zetalase XL CO2
• Vereo CO2 Integration Laser
• EMS400 XYZ
• Zetalase Duo Dial Index
• EMS300
• WK Series

MOPA Fiber Laser Systems

What Are Some Applications for Laser Engraving Guitar Bodies and Other Components

When it comes to laser engraving, the sky really is the limit, as you can engrave virtually anything you can think of. On the production side of things, laser engraving is often used to supply the following key information, assisting with traceability, part identification, and anti-counterfeiting measures:

For hobbyists and musicians, or for companies looking to appeal to these groups, laser engraving also excels at personalization, helping to make musical instruments one of a kind. Common applications include engraving:

• Band names and logos
• Personal messages and slogans
• Lyrics and album titles
• Intricate designs

All of these applications are modifiable within the laser marking software that comes standard with TYKMA Electrox units, giving you full control of your finished designs.

What Other Musical Instruments and Accessories Can Be Laser Marked and Engraved

Whether you are working with a CO₂ laser or a MOPA fiber laser, you will be able to mark on a wide variety of products. Consult our post linked above for a breakdown on applicable materials for each type of laser system, but some applications include marking on:

What Are the Benefits of Creating a Laser Engraved Guitar Body?

Along with the traceability and anti-counterfeiting measures mentioned above, as well as the myriad possibilities for personalization, our systems for laser engraving guitars can deliver the following advantages:

• Permanent, high-quality marks that won’t fade or peel
• Precision and repeatability
• Low operation costs
• Faster output times than other marking methodologies
• No consumables used
• Machine lifespan of 100,000 hours

Plus, our team is always on hand to help! We can provide machine setup, laser safety training, repair services, troubleshooting, onsite preventative maintenance, and more. Our customer service also includes a 24/7 technical support line available 365 days a year.

Looking to Start Laser Engraving Guitars? Contact Us

If you have guitars or other musical instruments that could use clear, precise marks that will last, contact the team at TYKMA Electrox today. We’ll assess your needs and find the perfect system for you.

The post How Are Laser Marking Systems Used for Laser Engraving Guitars? first appeared on TYKMA Electrox.

On this last point especially, when companies use laser marking for logos and branding, scalability is key, since some parts being marked may be quite small while others could be considerably large. This is where vector graphics can come into play since the technology is known for its scalability.

Let’s take a look at laser marking designs onto your components and how TYKMA Electrox can supply you with systems ideal for laser marking vector graphics.

The Benefits of Laser Marking Designs Created with Vector Graphics

Vector graphics are ideal for laser marking because these graphics utilize start and end points with lines in between them. These lines represent one width of the laser beam during the marking process. These aspects are vital because they give operators true boundaries along with a clear, sharp edge to any character or image when laser marking graphics.

Another point in vector graphics’ favor is clarity. When you work with an image file, or a raster-based file such as a jpg or a bitmap, you get pixels, and when you have pixels the laser will try to reinterpret those pixels in a grayscale format. This can lead to fuzzy edges in your graphic and will also significantly increase the time it takes for laser marking designs. These problems are removed when working with vector graphics, however.

By using vector graphics, you get all the advantages of marking a regular font inside the system, including having true edge lines, plus you have the ability to control the fill. The fill refers to the coloring in, so to speak, of the graphic being produced.

The Process of Importing Files for Laser Marking Vector Graphics

To import graphics when laser marking, operators will utilize our premium Minilase Pro SE software. This software is robust, user-friendly, and offers diverse functionalities for our customers. When importing your files to begin laser marking graphics, you will want to follow these steps:

1. After creating a new project within the Minilase Pro SE software, go to the left-hand-side controls and click on the new page symbol with the plus sign attached.
2. Clicking this area will bring up a new window that will prompt you to navigate to the folder or location where your vector graphic is stored, and you can select it. Please see note below on formats for vector graphics.
3. Once the graphic has been selected, you will be able to see a preview of it in this window and will also be able to center it if desired.
4. You will then click “open,” and the file will be displayed in your main project window.
5. The size of your file may need to be adjusted to your liking depending on the default settings it was created with. You can make your vector graphics smaller or larger by going to the size adjuster on the left-hand side of the screen.
6. With the help of the Minilase Pro SE software’s powerful tools, you are also able to rotate your graphic if needed, as well as engage in advanced graphic manipulation. You will be able to adjust, manipulate, and remove the very nodes of the image, dragging or deleting them to alter its look. This is very useful if you’d like to change your logos or branding in some way.
7. Further tips and processes for working with vector graphics can be found in our Minilase Pro SE software manual.

About Formats for Laser Marking Vector Graphics

Vector graphics can be contained in a variety of formats and the Minilase Pro SE software is adept at reading many of them. Some of the popular ones that our software works with include:

• Adobe Illustrator files (.ai)
• HPGL files (.plt)
• DXF files (.dxf)
• Jcz Point cloud files (.jpc)
• Scalable vector graphics files (.svg)
• G Code files (.nc)
• Gerber bot files (.bot)
• TAJIMA Dst files (.dst)

To get a firsthand look at the process for using the Minilase Pro SE software for laser marking designs, check out our tutorial video.

Need Solutions for Laser Marking Graphics? Work with the Experts!

If you’re working with vector graphics for your logos, visual designs, product information, serialization, or any other marking application, the laser marking systems from TYKMA Electrox can provide the precision and reliability you need.

Reach out to our team today and we can discuss product options with you, our software’s capabilities, and training opportunities. We look forward to assisting you!

The post Importing Vector Graphics with Our Laser Marking Machines first appeared on TYKMA Electrox.

Since the process of 2D code laser marking is non-contact, there are reduced chances of surface damage, and a wider range of materials are able to be marked. Read on to learn more about how this form of marking can result in long-lasting, tamper-resistant codes for your products and parts.

Why Laser Marking Is the Best Solution for 2D Codes

Using 2D code laser marking machines is a great way to adhere to industry regulations while providing tamper-proof markings that will enhance traceability, quality control, and product authenticity.

Here are three of the key reasons we see companies laser mark 2D codes onto their parts and items:

1. Seeking tamper-resistant marks – Laser-marked codes are meant to last, which means they are basically resistant to any form of tampering. This is extremely beneficial to any industry where counterfeiting is a concern.
2. Adhering to industry regulations – If you work in an industry where there are strict regulations present, laser marking your products and parts will help you to follow guidelines for traceability and identification. This is especially relevant for medical devices, aerospace parts, and electronics.
3. Maintaining product traceability – Laser marking 2D codes is a quick way to ensure that your product gets from point A to point B seamlessly. Should a product get removed from your pipeline, you can scan its code to find out where it is meant to be. This traceability also allows you to see if you are missing any products.

The Ideal 2D Code Laser Marking Machine

If you are interested in a 2D code laser marking machine that will produce a precise code each and every time, be sure to check out our Minilase^TM XL laser marking system. This system features an integrated Cognex 2D grader for post-mark grading and inspection, and the operator controls the process through a custom software interface utilized during production.

After marking, a Cognex grading system is triggered. The grade is then displayed to the operator allowing for a pass or fail. All records are stored in a network-accessible data log, giving you the opportunity to ensure that all of your code is up to standard and ready to be read by any machine. See the Minilase XL in action below.

Other machines to consider for laser engraving 2D codes include:

• LaserGear QUBE
• Minilase Manual
• Minilase Auto Door
• Zetalase
• Zetalase XL
• Vereo UV Integration
• Scorpion

Advantages of Using a 2D Code Laser Engraving Machine from TYKMA Electrox

Using any system from TYKMA Electrox will give you striking, precise marks that are resistant to fading. Whether you are looking for a 2D code laser engraving machine or have other needs, you will receive the following advantages when you choose one of our machines:

• High levels of precision – Since laser marking systems are designed to produce intricate designs, they have no problem in creating detailed 2D codes. This attention to detail means you can achieve effective tracking.
• Durability – 2D laser marking machines embed your code onto the surface of your object, making the mark highly resistant to wear and less likely to be compromised in the presence of environmental factors like abrasion, moisture, and chemicals.
• Customization – Laser marking machines can be configurated to create almost any design. This means you can give your machine instructions to design just about anything, including marks with variations in size and shape. 
• Repeatability – The main reason that 2D code laser marking machines are used for data codes is that they can produce the same mark over and over again. This means that you can create accurate codes that will not face any issues when scanned.

Additionally, these machines are typically able to be integrated into automated processes with ease, letting you achieve durable marks without the need for significant human intervention.

FAQs on 2D Code Laser Marking

What kind of post-processing is required for 2D code laser marking?

The finalization process for 2D code laser engraving is rather simple. Just double-check to make sure your code is readable and you are ready to go. Plus, since there is no need for curing or drying, the entire process is extremely quick, letting you maximize product uptime.

What is the difference between 1D and 2D codes?

1D codes consist of parallel lines in a variety of widths. These lines are typically organized horizontally and can only be read this way. They usually store a limited amount of information that makes them suitable for simple identification purposes, like the tracking of inventory and profit in a grocery store.

On the other hand, 2D codes use a matrix or grid pattern to store more complex forms of data like URLs or detailed product specifications. Since they can store information both horizontally and vertically, 2D codes can fit into smaller spaces than 1D codes can.

What should be considered when choosing a laser marking system?

When choosing a 2D code laser marking machine, you want to consider all of the factors at play in your application. This includes the material, marking speed, code complexity, budget, automation integration, and more. If you have questions about which machine is going to work for you, don’t hesitate to reach out to our team!

Which materials can be marked with 2D codes?

Since 2D code laser marking is a non-contact process, the options for laser marking materials are basically limitless. From plastics and metals to wood, glass, and beyond, laser engraving 2D code makes for a rather versatile solution.

Get Your 2D Code Laser Engraving Machine Today!

TYKMA Electrox has over 65 years of combined experience in the industry, meaning our team is filled with qualified engineers, expert software designers, and knowledgeable staff members who can train you on the ins and outs of your machine.

Let us provide your team with a 2D code laser engraving machine that integrates seamlessly into your processes. Contact us today with any questions you may have.

The post Laser Engraving 2D Codes with Machines from TYKMA Electrox first appeared on TYKMA Electrox.

Laser Engraving Hard Drives and Flash Drives

With a combined experience of over 55 years, TYKMA Electrox has established itself as a leading manufacturer of industrial laser marking systems. Our versatile laser systems are capable of engraving, etching, and marking on countless surfaces and items, benefiting a vast array of industries, from the medical field to the military to manufacturing and beyond.

Our systems are even intricate enough to engrave the smallest of items, such as components found in hard drives and flash drives and other electronic products.

Laser Engraving Hard Drives with TYKMA Electrox

Laser marking hard drives has proven essential for traceability, identification, and organization across many industries. Hard drives can often contain crucial or even classified information, so having clear marks is vital. Since laser engravings cannot be removed or altered, the laser engraving process is the best solution for permanent identification and traceability.

From a manufacturing standpoint, laser engraving hard drives and their components provides important information to the buyer about the device. Engravings can also be used to supply branding information, logos, graphics, company slogans, and much more.

Laser Marking Flash Drives

Laser marking flash drives comes with countless options of practical and aesthetic customization. Flash drives can be engraved for functional uses such as labeling the flash drive with the information it contains, displaying serial codes, or providing the contact information of the owner.

Laser engraving flash drives also allows for a more personal touch of customization by way of logos, graphics, or personal messages. This can be ideal if you want to add a customization option to your business to create upselling opportunities.

Systems for Laser Engraving Hard Drives

Our laser marking systems are capable of tackling any job, big or small. When it comes down to a job like laser marking flash drives, our machines are designed to deliver intricate and precise engravings. If you’re interested in laser engraving flash drives or hard drives, we recommend the following compact systems:

• Minilase
• Minilase Manual
• Zetalase

Materials for Laser Marking Hard Drives and More

The laser engraving systems we design and manufacture at TYKMA are capable of engraving and marking on a variety of materials that make up hard drives and flash drives, specifically metals and plastics.

However, there are endless opportunities and applications with our laser marking systems given how many materials they can engrave. These materials include:

• Metals – Various grades of steel, stainless steel, titanium, aluminum, brass and copper, galvanized materials, and nickel-plated metals
• Painted, coated, and anodized materials – Anodized aluminum, painted materials, black oxide, and various other coatings
• Plastics – ABS, polyethylene, glass-filled plastics, and other plastics
• Carbide and synthetics – Carbide, PCD, and more

Industries We Serve

Laser engraving flash drives and hard drives is applicable for diverse industries since so many fields utilize computer equipment so heavily now. Some of the sectors we regularly work with include:

• Medical
• Tooling
• Automotive
• Aerospace
• Military & defense
• Electronics
• Home goods
• Oil and gas
• General industrial

Contact TYKMA Electrox Today About Laser Marking Hard Drives

If you’re interested in learning more about laser engraving hard drives or our laser marking, etching, and engraving systems, contact us today! Our experienced team is happy to answer any questions about how our laser marking systems can benefit your business.

The post Laser Engraving Hard Drives and Flash Drives first appeared on TYKMA Electrox.

When it comes to laser engraving firearms, gun owners like to add personal touches with decorative artwork and embellishments to their guns. In addition to personal engravings, licensed manufacturers and importers must mark firearms with specific identifying information, another functionality laser marking excels at.

To accomplish these tasks and more, it’s vital to select a laser engraving system that meets ATF requirements to ensure that your firearm is marked properly. Learn more about our systems and ATF requirements for laser engraving!

ATF Requirements for Laser Engraving

With strict government regulations to adhere to, firearm retailers and dealers have regularly turned to laser engraving systems to meet compliance needs. For a firearm to be in proper compliance with the law, licensed manufacturers and importers are required to engrave firearms with specific information.

The ATF requirements for laser engraving include:

• Name – The individual or entity that made/registered the NFA firearm
• Location – City and state where the NFA item was made and country where it was manufactured
• Caliber – The internal diameter or bore of the gun barrel
• Model number
• Serial number

All of this information needs to be engraved on the gun for it to be in full compliance. However, you do have some choices on where the information must be located. The frame, receiver, barrel, or pistol slide are all acceptable locations. Typically, the lower receiver is the best option as you will be able to swap upper receivers without re-engraving the firearm. This information must be legible and placed in a manner not susceptible to being obliterated, altered, or removed.

Per government standard regulations, all firearm serial numbers must match an engraved depth of three to six thousandths of an inch. Thankfully, our laser engraving systems are able to meet these exacting standards, ensuring you will be able to comply with all guidelines.

It is important to select a laser engraving machine that can achieve the necessary size, depth, and detail. At TYKMA Electrox, we have laser engravers that meet ATF requirements with their advanced capabilities and efficiency.

Laser Engravers That Meet ATF Requirements from TYKMA Electrox

When you need a system for laser engraving firearms, TYKMA Electrox has the solutions for you. Our systems are adept at producing precise marks on a variety of materials including:

• Steel
• Stainless steel
• Titanium
• Aluminum
• Brass and copper
• Nickel plated and galvanized materials
• A range of plastics

All of our systems are designed and manufactured by a team of industry management experts, engineers, software designers, and skilled technical service professionals.

Some features of our workstations and systems that help to meet ATF requirements for laser engraving include:

• MOPA fiber laser technology available from 10 to 70 watts of power
• User-friendly controls resulting in the best operator experience
• 10x increased efficiency over systems using YAG lasers
• Compact machine footprints with simple modular designs
• Material versatility and flexibility
• Simple set up with online tutorials and downloads
• No lamps, water cooling, or alignments, and zero calibrations required
• Longest reliability – up to 100,000-hour lifespans with industry-leading warranties
• Advanced capabilities to solve the most difficult marking applications

Also, TYKMA Electrox has the ability to 3D laser mark pieces that are round, concave, convex, slanted, and more, creating clean, crisp marks regardless of the surface shape.

Another key aspect that sets us apart from our competitors is the versatility of our systems. Because of this, our laser systems have been utilized by a wide variety of industries and in thousands of practical applications. Some sectors we’ve worked with include:

We believe our customers should use the best technology out there and that’s why we offer the most advanced lasers in the world.

Our Laser Engravers That Meet ATF Requirements

If you are looking for the best equipment to engrave ATF requirements, our systems at TYKMA Electrox are the most reliable and highest-quality lasers you will find. With a wide selection of laser machines, we have the ability to meet your specific needs.

Some of the laser engravers that meet ATF requirements we supply include:

• LaserGear BOQX
• LaserGear QUBE20W
• LaserGear QUBE60W
• Zetalase
• Minilase
• Vereo

Be sure to take a look at our product page for a complete list of all of our laser marking systems. Reach out to us with any questions regarding which machines are best suited for you.

Beyond ATF Requirements for Laser Engraving

TYKMA Electrox has premier laser engravers that meet ATF requirements which are durable, cost-effective solutions to your permanent identification needs. In addition to the more technical marking applications, we also have many other capabilities for laser engraving firearms.  

Some of these marking options include:

• Gun serialization
• Deep engraving of serial numbers
• Decorative barrel marking
• Upper receiver marking
• Deep etching of graphics on lower receivers
• Alignment marking of gun scopes and sights
• Tracking of clips
• Logos and graphics
• QR codes
• Hard coat anodized marking

Interested in Learning More About the Industry? Visit Our Blog

Stay up to date with TYKMA Electrox and the laser engraving industry with our blog, where we share industry news, laser marking tips, and TYKMA Electrox updates and events.

Some recent posts to check out include:

• TYKMA Electrox Systems for Laser Marking Gun Cases
• The Best Laser Systems for Nameplate and Data Plate Marking
• Looking for a Tabletop Laser Engraving? TYKMA Electrox Has You Covered
• How Laser Engraving Has Revolutionized the Athletic Industry

Learn More About Our Laser Engravers That Meet ATF Requirements

At TYKMA Electrox, we pride ourselves on providing the most advanced laser marking systems and we are confident in the solutions that we can supply. If you are interested in learning more about ATF requirements for laser engraving, contact us today! 

We can evaluate your specific application and find the laser marking system that perfectly fits your business.

The post ATF Requirements for Laser Engraving first appeared on TYKMA Electrox.

Combining these high-strength adhesive labels with laser marking systems provides a durable solution to exhibiting product information. In order to achieve these markings, companies often rely on laser engraving TESA tape to get the job done. Laser engraving TESA tape is a reliable way to get crisp, clear marks that stay in place as long as TESA tape does.

How TESA Tape Can Be an Asset in Your Operations

TESA tape and labels are often found in applications that are exposed to harsh elements. They are useful in a variety of industries and applications, ranging from the automotive field to aerospace. Additionally, they are incredibly versatile, being able to be used on a wide variety of metals and plastics. TESA tape and labels are popular for the following reasons:

• Durable enough to resist damage of extreme conditions
• Manipulation leaves a visible trace, making it tamper-evident
• Provide storage efficiency because they reduce the need for premade labels
• Content and dimension are highly flexible
• Laser marking TESA tape produces high-contrast markings on the surface

Uses and Tips

TESA labels exhibit the qualities of a sticker but are designed to withstand extreme elements like intense heat and other outdoor forces. Since it is able to endure chemicals, aging, and abrasion, it is often used for product tracking, logos, and other identification methods like QR codes or Data Matrices after it is marked by laser systems.

Since TESA tape and labels are so strong, there are a few things to keep in mind when you start your application. When applying your TESA tape, you should thoroughly dry the surface. This will promote longevity and ensure that the product lasts in place. Additionally, be sure to affix the tape exactly where you want it the first time, because you will be unable to remove or reposition it later on.

Advantages of Choosing a TYMKA Electrox System for Laser Engraving TESA Tape

TYKMA Electrox has a variety of products that will be helpful when laser marking TESA labels or tape. These laser marking systems can provide:

• Longevity – Our machines produce long-lasting marks that are as durable as the TESA labels. This will decrease the number of replacements needed and facilitate tracking or other necessary identification.
• Consistency – Laser engraving on TESA labels means that you can achieve the same mark, time after time. The ongoing reliability of our machines leaves you feeling confident that your marks will be clear and can reduce identification errors later on.
• Versatility – When laser marking TESA tape, you can achieve a wide array of marks. Additionally, we offer systems for laser etching, marking, and engraving so that you can complete your project efficiently and in the way that will work best with your applications.
• Authenticity – Promote your brand, tracking number, or other identification methods with a machine that ensures long-lasting marks. This will encourage authenticity as parts move throughout the supply chain and give users confidence that their product matches their expectations.

TYKMA Electrox Is Ready to Put Our Expertise to the Test

With over 55 years of experience, TYKMA Electrox is a leading manufacturer of industrial laser marking systems. Specializing in a variety of applications and industries, we have expertise in laser marking, etching, and engraving.

Our laser systems are engineered to exceed your expectations of specification, design, and use. Check out our laser marking systems today and see how they can be an asset when laser engraving TESA tape!

Some of our systems, available as desktop, free-standing, and integration units, include:

Allow TYKMA Electrox to Help You with Laser Marking TESA Tape

Laser engraving TESA labels ensures that your marks will last through the product lifecycle and stand up to harsh conditions and damaging elements.

TYKMA Electrox is ready to help with your project involving laser marking TESA labels and tape. Please contact us today with any inquiries!

The post Laser Engraving TESA Tape and Labels first appeared on TYKMA Electrox.

Laser annealing is a technique of marking that produces long-lasting marks by applying heat to a metal surface. As the metal heats, oxygen is infused into the surface and causes it to oxidize. Once the surface cools fully, the metal changes in color to reveal newly printed logos, serial numbers, and more without any alterations to its shape or structural integrity.

The process of laser annealing can only be used for certain materials, including stainless steel, steel, and titanium. Today, we are going to dive into how laser annealing steel and stainless steel shape industries and how our machines can assist in the process.

Benefits of Laser Annealing Steel

Whether you use laser marking, engraving, etching, or annealing, you can create a clear mark on your materials that will last. However, laser annealing stainless steel is preferred in industrial applications since it does not create nooks or crannies that that can lead to the formation of rust or bacteria. Additionally, it is ideal for applications that require an object to maintain a price shape or structural integrity.

Additional benefits of laser annealing steel and stainless steel include the following:

• Simple – Laser annealing has the ability to retain original metal properties and shapes
• Reliable – Since the material is only heated and cooled, the process reduces distortions and warping while making the object stronger
• Clean – Laser annealing does not require chemicals, making it a clean and efficient process
• Regulated – Uniform heating processes are used in laser annealing, which produces consistent results and reduces flaws
• Versatile – Laser annealing machines for stainless steel are capable of producing colors other than black, including blues, browns, and yellows

Stainless steel is used in a variety of applications for its anti-corrosion properties and low chemical reactivity. The process of laser annealing stainless steel and steel is ideal for industries like medicine where tools need to be sterile and avoid bacteria accumulation. Additionally, the process works well for cooking utensils since everyone wants to avoid the risk of eating from rusty cutlery. Additional industries that can benefit from laser annealing machines for steel include electronics, aerospace, and many others.

TYKMA Electrox Has the Best Laser Annealing Machines for Steel

When determining which system will be best suited for your project, it is important to understand your surface shape. Laser annealing is typically achieved with nanosecond fiber lasers, UV lasers, and picosecond lasers because they can reduce the heat-affected zone on the material surface.

At TYKMA Electrox, we offer a variety of laser annealing machines for steel. Explore some of the systems that can be used for your project:

• Minilase XL Manual
• Zetalase XL CO2
• Raptor Integration DPSS Laser
• Vereo Smart Integration Fiber Laser
• LaserGear BOQX

Benefits of Choosing TYKMA Electrox

Using laser annealing machines for steel from TYKMA Electrox helps create reliable marks that are consistently produced to your standards. This is ideal in applications where precision is necessary. Further benefits include:

• Our laser annealing machines for steel create clear marks that endure, standing up to wear and tear and various other elements, including abrasive cleaning treatments.
• Fiber lasers are a common choice for laser annealing steel, and they are also an environmentally friendly option. They offer control over parameters like power, frequency, pulse duration, and more. Lastly, they are low-maintenance and use minimal power.
• Regardless of the industry you are in, it is important to create clear marks with high visibility for tracking, personalization, brand recognition, instruction, and more. Our laser annealing systems for steel leave your items with clear, crisp markings for designs, product numbers, codes, logos, and more that will accompany them throughout their useful life.

Get in Touch with TYKMA Electrox

Laser annealing steel and stainless steel is a great solution for industries that want to create durable marks but do not want to change an item’s surface texture.

For more information on our laser annealing systems for steel, be sure to reach out to our knowledgeable team today.

The post Laser Annealing Steel with Machines from TYKMA Electrox first appeared on TYKMA Electrox.

Products > High-Throughput Laser Marking Machines > The Difference Between Laser Engraving 304 Stainless Steel and Laser Engraving 316 Stainless Steel

Major Features

Variety of Laser Sources

Atlas is available with a variety of laser sources including MOPA fiber from 20 to 100 watts, a 10 watt UV laser, and a 30 to 100 watt CO2 laser. With these options, ATLAS can tackle any marking application.

Expansive Marking Field and Custom Options

A 24” x 48” (610mm x 1,219mm) XY processing field provides the ability to mark large graphics, trays of parts, and apply markings in multiple locations. ATLAS can also be equipped with rotary devices, custom part fixturing, 3-axis scan heads for 3D and large field marking, and more.

Built for Performance

ATLAS is built like a tank with the performance of a sports car. You won’t find low quality framework, misaligned axes, and thin sheet metal. We know what it takes to achieve accurate mark location and quality across a large work surface and ATLAS is built to pass the test.

The post ATLAS™ XYZ Large Area Laser Marking System first appeared on TYKMA Electrox.