The Metal Marking Spray comes with the optional CO2 laser and optional metal marking pen. Laser is more expensive than the pen but comes with faster speeds, and co2 laser is excellent for more detailed products such as metal lathes. The CO2 laser is not available with the pen. They are both known as single and multiple sprayers.

The Metal Marking Spray also features a compressor with interchangeable nozzles. Compressors are used to increase the spray volume and create finer spray-on thicker or denser materials. You can adjust the pressure of the compressor to make a fine mist, a very coarse spray, or a medium-coarse dusting. The co2 laser marking pen is also available as a separate spray device or attached to the compressor.

The CO2 Laser Marking Spray is ideal for various metal marking applications, including stamping, deburring, etc. This product provides a high-resolution, highly wear-resistant coating. It offers excellent dimensional accuracy along with exceptional dependability. The coating can be applied to any metal surface and works well with wood, plastic, and other substrate materials.

Stainless Steel Marking: One of the most popular application areas for the metal marking spray is stainless steel metal. This is due to the high tolerance levels associated with this type of metal. When coated with this spray, a stainless steel piece of metal will retain a polished, mirror-like luster even after it has been subjected to heavy-duty use. If an individual is looking to engrave a logo, number, or pattern into this type of metal, this is an ideal application area.

Copper Impact Marking: This product can also be used on copper items. Several different applications can be used for this application. Some of these are preloaded impact guns, which are carried by some professional companies. Other individuals have preloaded marking guns that come with the necessary accessories. One of the advantages of this type of metal marking spray is the ease with which an individual can apply the coating on a copper item. The layer, when used correctly, should come out with excellent accuracy and will quickly transfer to other metals such as brass and aluminum.

Copper Spray: This particular metal marking spray can be used in several different situations where one wants to give a copper object a polished look or to mimic the appearance of gold. If the desired effect is a gold finish, then a fine gold finish spray can be applied to the object in question. For other metals, such as aluminum, the fine metal marking spray can be applied using the supplied nitrogen system. This can create a metallic shine on the surface of the various metals that are coated.

The main advantage of the fine lmm 6000 metal marking material is the ease with which it can be removed if there are any signs of wear. This is because of the nature of the material, which allows for a high rate of chemical resistance. In addition to this, the markings created from this fine material are virtually impossible to see once they have been applied. Marking can be performed on several different metals, including steel, aluminum, copper, brass, stainless steel, and pewter.

The rise in laser marking technologies has led to an increased demand for a robust, technology-enabled solution for the marking needs of the manufacturers and consumers. Laser bonding is exactly what you need to consider. Wondering what is laser bonding technology? How it is better than the conventional marking methods?

Read on! In this article, we’ll make you aware of the prominent concept of laser bonding.

What Exactly Is Laser Bonding Technology?

The persistent removal of the material as observed in laser engraving and etching has prompted concerns among industrialists regarding the long-term mark performance. Unlike traditional methods, laser bonding is an additive process which means it adds material to the surface as opposed to removing or affecting its structural integrity.

It is the most versatile of the laser marking technologies and produces permanent, high-resolution marks on the substrate without impacting its surface. Eager to know what’s the principle behind it?

It’s simple!                                       

Laser energy directed from a high-end laser system is absorbed by the material which is an ultimate source of affixing the marking agent onto the substrate surface. This is how a high contrast mark is produced on the object that has proven to last permanently.

Above all, this marking technology affords high performance with no safety concerns and environmental impact.

Why Is Laser Bonding Better Than The Conventional Methods?

It is superior to all other marking methods in terms of mark:

• Permanence
• Durability
• Performance
• Contrast, &
• Resolution

Besides, the mark quality remains intact even when the material is subjected to harsh environmental, chemical, and mechanical stresses such as exposure to extreme heat, cold, acids, bases, organic solvents, and sheer force.

Substrates

For parts that are modeled together and/or those that are manufactured running a separate batch, laser marking has become the long-term propeller of product identification and traceability. With Laserbond100 marking spray, you can get lasting marks on a variety of materials including:

• Metals
• Ceramics
• Glass
• Stone

Final Thoughts

From marking industrially manufactured parts and instruments to making use of the technology for personal use, laser bonding is your go-to solution for creating high-quality marks on your desired surface.

We anticipate you’re pretty clear with what is laser bonding technology, what makes it different, and what substrates can be marked with it.