How Laser Bonding Technology Works? The Three-Step Process Is Here!
The use of laser bonding technology in industries has become quite common. As manufacturers work with a variety of materials, they seek reliable and robust marking methods to assure the quality and integrity of the part on which a permanent mark is to be produced.
Whether it’s metal, glass, or stone, you can get your permanent markings with laser bonding technology. It has eliminated the need for removing the material and delivers great outcomes within no time.
If you’ve just heard the name, that’s not enough. You need to know how laser bonding technology works to produce marks that last for longer.
How Does It Work?
It’s a super-fast process that completes in three mini-steps.
- Marking spray application — The first step is to evenly apply the marking spray on the surface. The aerosol spray is readily usable and doesn’t require any dilution.
Thinking about how to apply, we’ve heard you.
It’s recommended that you hold the aerosol spray at a certain distance (6–8” from the surface) in an inclined position and spray directly onto the test surface in a side-to-side motion. Make sure you’re applying a smooth, thin coat as any variation in the coating thickness can impact the final appearance of the mark.
- Laser irradiation — The second step is to use the precision of laser energy and focus it onto the marking material
Confused about which marking system to use? FYI, laser bonding technology is compatible with;
- Fiber laser system
- CO2 laser system
- Nd: YAG
- Removal of extra material — The final step is to wash any unbound material with water.
To put it simply, laser bonding is an additive process that allows the marking solution to add to the surface being marked. As a result, the marks are permanently bonded to the material and are believed to be as durable and efficient as the material itself.
Factors Affecting The Mark Quality
Marks that are produced with optimal laser conditions as specified by the manufacturer are of high quality. However, a slight change in a single parameter may hamper the mark quality.
Just to name a few — substrate used, the thickness of the spray coating, laser power, laser speed, marking system, the wavelength of the laser beam, focal point, and some other laser parameters may alter the end result if not used optimally. So, always read the guidelines before you start the process.
We anticipate this article helped you know how laser bonding technology works. So, what are you waiting for? Get your products or items personalized today with LBT100 marking spray!