4 Advice to Choose a Mobile laser marking device

02, Dec. 2024

 

Key Factors for Choosing The Right Laser Marker

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How Do I Choose The Right Laser Marking System? 

 

Laser marking machines have become popular alternatives to other marking methods like dot peen markers. Their efficiency, versatility and cost savings make them an excellent fit for many manufacturers in sectors ranging from packaging to microelectronics. While you may be ready to purchase a laser marker, its helpful to know how to buy the right laser machine for your goals. Here are some tips for choosing the right laser marking system: 

1. Functionality

The lasers wavelength, power and frequency will influence what type of mark you can create, so its important to understand how youd like to use your laser marker. For example, an infrared beam and an ultraviolet (UV) beam will produce different marks because they are at different ends of the light spectrum.

Some of the core use cases for this technology include:

  • Marking: Laser marking involves changing the substrates properties just beneath the surface to create a permanent, high-contrast mark. This process is most commonly used for critical identification marks like barcodes and product numbers.
  • Engraving: Engraving is the process of removing material from a substrate to create a channel or pocket on a substrates surface. Deep engraving takes this a step further by removing more material than just below the surface. Engraving, especially deep engraving, is used when ID numbers are at risk of being filed off by consumers to remove traceability.
  • Annealing: Annealing is similar to laser marking in that it changes the properties of the substrate just below the surface. However, this process brings carbon to the surface to create that high-contrast mark. Annealing is used for ferrous materials like steel, carbon steel and chrome.

2. Size

Laser marking systems come in a range of formats and designs to suit different use cases. Size is one of the core factors youll want to consider when selecting the right model for your operation. System size will relate to the physical size of your space and the scale of your production needs.

Tabletop models and compact workstations are smaller options for manufacturers with limited space. Portable designs can also be an excellent alternative for small operations or those that require laser marking on the field. Higher-volume systems can have footprints of various sizes. For example, Advanced Optowave Corporation has compact air-cooled lasers to fit even the smallest of spaces.

3. Application

When choosing a laser marker, you should evaluate your applications and the types of materials youll typically work with. From there, you can decide which laser type to purchase. Laser types and their applications include:

 

  • CO2: Many manufacturers choose CO2 lasers because they can work with nonmetallic materials like glass, wood, cardboard and textiles. CO2 is the active medium used for this laser type, and it has the longest wavelength of the different types. These lasers deliver highly localized heat to leave material structure uncompromised, though they have higher reflectivity than other types.
  • Fiber: Fiber lasers are also known for their compatibility with nonmetallic materials. Use this laser type for glass, plastic, rubber and a range of metals. Fiber lasers offer impressive flexibility with various settings and can be used for embossing and discoloration. 
  • UV: The most notable selling point for UV lasers is their ability to perform cold marking. Unlike other laser types, UV does not generate high heat, making it more suitable for sensitive materials where heat may cause degradation  such as glass, ceramic and plastic in addition to materials other lasers can mark. UV laser markers are favored in industries like microelectronics and energy where sensitivity is a top priority.
  • Green: Green lasers also generate lower heat levels than other laser types, making them ideal for sensitive materials like polymers and plastics. 

4. Marking Speed

Generally, laser marking is one of the fastest processes available for marking substrates. Among laser marking products, different technologies will offer different speeds. For example, annealing is a generally lengthier process than engraving. Youll also want to think about how your laser system affects productivity levels on the manufacturing floor.

For instance, a tabletop model can be great for manual marking needs for small volumes of product, but it wont support high-volume production. Ultimately, this setup will lead to downtime between each product. Mark-on-the-fly systems can be integrated into fast-moving production lines that use conveyors, robots or other forms of factory automation. This setup can lead to impressive productivity gains, as the laser marking processes are continuous and automated. 

5. Cost

Of all the tips for choosing a laser marker, performing an in-depth cost analysis will likely have the greatest impact on your business. There are a few areas to examine when weighing the costs of a laser marking system because the initial investment will not provide a full picture of potential gains. Look into:

  • Losses: How much will maintenance cost? How much downtime do you expect with use, and how will this affect productivity?
  • Return on investment: How much time will you save on marking processes compared to your old method? How will your profitability increase as a result of increased productivity? 
  • Revenue gain: How much will a permanent, unfading mark assist in product recalls or quality checks? How much more business could you potentially attract if your products laser mark looked significantly more professional than the competitions?

Laser marking systems can deliver impressive ROI for operations switching from other printing methods like dot peen markers and CIJ printers. While the initial investment is often higher for laser marking equipment, reducing consumable usage, increasing productivity and improving mark quality all contribute to gains in the long term.

6. Installation and Operation

System design will dictate how complex installation and operation will be. When choosing the best system for your needs, complexity in these areas should play a role. Is your operation able to accommodate the downtime for installation if you want a larger system? 

Youll also want to think about team capabilities. Laser markers operate with a computer system, but the requirements for operation will vary between products. Make sure your team includes someone capable of operating the machine or willing to learn the system to make the most of the investment. If you lack the personnel to run it, you may want to consider an automated model. 

7. Life Span and Maintenance

Life span and maintenance often relate to the total cost of ownership. To make your laser system worth the investment, youll want a product with a long life span and minimal maintenance requirements. Generally, laser markers have low maintenance requirements, especially when compared to more traditional alternatives like CIJ printers. 

The life span of a laser marking machine depends on its design and how often it is used. One piece of advice for buying a laser marking machine is to source from a trusted manufacturer in the space. Speak with a manufacturers team to learn more about maintenance demands and projected life span. 

 

Find the Best Laser Marking System for Your Needs at Advanced Optowave Corporation

Advanced Optowave Corporation has developed industry-leading laser marking solutions since . Our experience in the industry and our commitment to research and development empower us to deliver high-performance products for critical industries like microelectronics, medical device manufacturing, automotive manufacturing and beyond. With our selection of laser marking products, you can find the right model for your applications and production scale. Get in touch with us today to learn more.

 

10 Factors To Consider When Choosing A Laser Marking ...

A laser marking machine is a handy tool in modern manufacturing. You may find it in a wide range of applications.

In modern manufacturing, laser engraving machines are used for product marking. People also use this machine to mark logos, signage, and decorative items. Even for some DIY projects, a laser marking and engraving machine is super handy.

A laser marking machine can precisely engrave on various types of materials. You can even engrave high-resolution pictures on wood, plastics, or metals.

Note that the quality of the engravings generally comes from a quality laser device. So, it is crucial to choose a suitable device for your project.

10 Factors to Consider When Choosing a Laser Marking Machine

If you pick the right laser tool, you can get the best etching results and work faster. Also, a correct laser etching machine can provide versatility. You can work with all common types of materials.

Moreover, investing in a suitable laser device ensures a long-term return. Note that a reputable manufacturer is essential for this. However, the ten factors below can help you choose an appropriate laser device.

Factor 1 Laser Source

The choice of laser source is crucial in laser marking. Each laser source type has unique capabilities, making it ideal for specific uses. Understanding these differences can help you choose the suitable laser marking machine.

  • Fiber Laser Marking Machine

A fiber laser marking machine creates laser beams through optical fibers. These laser devices are suitable for marking all kinds of materials.

Fiber lasers are excellent if you are looking for a laser marking machine for metal.

  • UV Laser Marking Machine

A UV laser marking machine uses UV laser beams for marking jobs. These laser devices are suitable for ultra-fine marking applications. Typical examples are electronics, leather, food packaging, and wires.

  • CO2 Laser Marking Machine

A CO2 laser marking machine employs a CO2 laser as its energy source. These laser devices are also suitable for marking various kinds of materials.

A CO2 laser is excellent if you are looking for a laser marking machine for wood. It is also suitable for marking wood, paper, leather, and fabric.

  • MOPA Laser Marking Machine

MOPA laser marking machines use MOPA technology as laser energy. These laser devices offer improved control over marking parameters.

These laser machines are perfect for color marking. They are also used for blackening, whitening, and de-layering.

Factor 2 Marking Area

The marking area is one critical factor when choosing a laser device. It is the specific region on a material where the laser marking process occurs. A typical laser marking machine usually has a 110 mm2 to 300 mm2 marking area.

You can look at the machines specs to see how much the marking area is. To know the best fit, you must first evaluate your projected application.

Know the largest size of your products. Then, find the most appropriate marking area for your job.

Factor 3 Marking Speed

Another significant aspect to consider is the speed of marking. High-end and low-end types are very different. Speed has a big effect on total workflow, productivity, and efficiency.

When marking speeds are faster, the output is higher. This allows for more to be made in the same amount of time, which is especially important in fields with a high desire for goods.

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The marking speed generally depends on material type and marking size. Note that laser annealing may take longer than etching. But it ensures a durable mark without surface damage.

Factor 4 Single or Multi-mode Lasers

A single-mode laser produces a beam with a single wavelength. These beams are usually very good in quality and consistency.

This usually means that you can use them for marking with great accuracy and detail. These kinds of lasers are prevalent in engraving complicated shapes. People also like to use them to mark small parts with high resolution.

On the other hand, multi-mode lasers produce more than one wavelength. They offer various marking effects.

These lasers are great for use with a unique surface texture. Color marking on different kinds of products is also common.

Factor 5 Marking Materials

Laser marking machines can be used on a wide range of materials. Metals, clay, glass, wood, leather, paper, cardboard, fabrics, and rubber are popular options.

Different types of laser sources are good for specific materials. For example, fiber lasers are excellent for marking metals. However, fiber lasers can also engrave other materials. CO2 lasers are great for wood.

UV lasers, on the other hand, are great for ultra-fine uses. They work incredibly well for wires, gadgets, leather, and food packaging. MOPA lasers offer color marking, blacking, and whitening on various materials.

Factor 6 Type of Marking

There are several ways to do laser marking, each offering unique benefits. These methods are known for their precision and effectiveness.

The laser engraving machine takes away material from the surface. It generally creates a deep and permanent mark.

Laser etching generally alters the materials surface. It typically creates a contrast between a marked area and the surrounding surface. This method is especially renowned for marking glass.

Layer removal refers to removing one or more layers of a material. It continues to remove layers until the contrasting layer shows up. This is also called the ablation method.

Carbon migration is another popular way to use a laser to mark something. This method usually changes the color of a surface. Typical examples are producing black marks on stainless steel or titanium.

Another popular way of laser marking is laser bonding. As the name implies, this method creates a bond between the marking material and the objects surface.

Its now clear that different laser marking machines follow other techniques. Because of this, you need to consider the type of mark when you choose a laser marking machine.

Factor 7 Software Suitability

Software compatibility is crucial for several reasons. This ensures that the program and the machine can work together without problems. In general, it makes communication and functioning easier.

It is also crucial that the machine drivers you use are compatible with the running system on your PC. It checks whether the software can handle and manage the marking process well.

In addition, advanced software might let you change the design and parameters. It lets you handle multiple files simultaneously, making your job more productive and efficient.

As you can see, software plays a crucial role in the outcome of your laser marking jobs.

Factor 8 Maintenance & Customer Support

Buyer support is one of the most crucial things to consider.

Picture this! You need help from your laser machine maker, but you cant reach them. Even if you manage to make contact, the communication is not clear. This can sometimes be frustrating because you may not want to pay a lot of money for some silly machine problems.

To avoid such a situation, prioritizing customer service before purchasing is essential. Considering this factor ensures that you receive timely assistance and clear communication. In case of any issues, you can then get reliable guidance.

Factor 9 Safety Considerations

There are some risks associated with using lasers. If you dont handle them properly, laser beams can hurt your eyes, burn your skin, and even start fires. Safety is another critical consideration when picking out a laser marking machine. You can find out if the machine follows safety and legal rules in the business.

Check the devices safety features. In this case, you can also seek professional assistance. Learn more about safety precautions during laser marking jobs.

Factor 10 Budget

When youre setting a budget for a laser marking machine, its not just about the upfront cost. Youve got to think long-term, too. Consider Total Ownership Cost (TOC) and running costs.

Indeed, the initial price tag matters, but its equally crucial to factor in maintenance, repairs, and consumables over time.

Investing in a higher-quality machine might mean more upfront, but it could save you money in the long run. Why? Because top-notch machines often need less maintenance and less downtime. So, while you pay more initially, youll likely spend less over the machines lifespan.

Final Thought

Lets wrap everything up! When selecting a laser marking machine, consider the above ten factors.

Factor 1 highlights how the laser source choice influences precision and quality. However, your needs, as reflected in factor 2, should guide your choice of the marking area.

According to factor 3, the speed of marking has a direct effect on output. Factor 4, on the other hand, says that the marking job will determine whether single or multi-mode laser marking is best.

Factor 5 dictates compatibility and suitability for specific substrates. On the other hand, factor 6 shows that the type of laser project can also affect which laser device is best. Factor 7 shows how essential software is to the outcome.

Find a company you can trust. This is necessary for reliable customer service, as discussed in factor 8. Reliable customer support can help you with any issues you face.

However, factors 9 and 10 discuss the necessity of considering safety and budgets.

Overall, its a fantastic guide to help you choose a suitable device for your project. For more information, feel free to contact our customer support team. We have a team of professionals who are always happy to assist you.

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