- Stripped
by light - Laser Keren® LZK Series
- LZK-1000/2000
- LZK-120
- LZK-320
Laser Keren® Device
(for rust removal, paint detachment, and stain removal)
About Laser KEREN®
Our Laser KEREN® is also commonly referred to as a laser cleaner(laser cleaning) or laser blast.
Laser KEREN® offers high performance and safety at a competitive price.
Fiber laser energy can be used to clean (remove) rust, paint, oil (degrease), carbon, rubber and resin stains, coating (DLC), white rust, red rust, blue rust, weld burn, etc.
Laser KEREN® offers high performance and safety at a competitive price.
Fiber laser energy can be used to clean (remove) rust, paint, oil (degrease), carbon, rubber and resin stains, coating (DLC), white rust, red rust, blue rust, weld burn, etc.
Principle of laser-based peeling process
Laser KEREN® processing takes advantage of the difference in laser energy absorption between the substances to be detached and the base material.
If the laser energy absorption rate of the substances to be detached is higher than that of the base material, the substances absorbs the laser energy and evaporates, but the base material does not absorb the laser energy (due to reflection, type of material, etc.), so there is almost no damage to the base material itself.
In addition, the focused light of the laser is a point of several tens of microns and moves very fast, so it has very little thermal effect on the base material.
However, laser processing is not a panacea either, and if there is no difference between the energy absorption rate of the substances to be detached and the base material, it cannot process the material.
With Laser KEREN®, the scanning speed, beam width and energy of the laser spot light can be adjusted to the optimum values for the evaporation of the substances to be detached.
If the laser energy absorption rate of the substances to be detached is higher than that of the base material, the substances absorbs the laser energy and evaporates, but the base material does not absorb the laser energy (due to reflection, type of material, etc.), so there is almost no damage to the base material itself.
In addition, the focused light of the laser is a point of several tens of microns and moves very fast, so it has very little thermal effect on the base material.
However, laser processing is not a panacea either, and if there is no difference between the energy absorption rate of the substances to be detached and the base material, it cannot process the material.
With Laser KEREN®, the scanning speed, beam width and energy of the laser spot light can be adjusted to the optimum values for the evaporation of the substances to be detached.
Products
LaserKEREN®Pulsed Laser Type
newLZK-120 (Backpack Model)
Featuring an ultra-lightweight 11kg backpack design, it allows you to move freely while carrying it on your back, even in tight spaces or elevated locations. Since it supports both a 100V power supply and battery operation (lasting approximately 50 minutes), you can start work immediately—even at job sites where securing a power source is difficult.
LaserKEREN®Pulsed Laser Type
newLZK-320 (Mobile Model with Casters)
In addition to its easy maneuverability thanks to a telescopic handle and large casters, it supports both a 100V power supply and battery operation (lasting approximately 20 minutes). This enables 320W-class high-power processing even at job sites lacking dedicated electrical facilities.
Laser KEREN®
CW laser
CW laser
LZK-1000/2000
It is a device that radiates a continuous beam of fiber laser (CW laser) linearly to the material surface and performs processing while moving the laser injection gun.
Since it has more energy per unit time than the pulsed oscillation type laser used in the low-power Laser KEREN® devices, it is suitable for processing the material with significant corrosion or the substance to be detached is thick.
The excitation method using an optical fiber, the scanning method of the laser injection, and the wavelength of the injected laser are the same as those of the low-power Laser KEREN®.
Since it has more energy per unit time than the pulsed oscillation type laser used in the low-power Laser KEREN® devices, it is suitable for processing the material with significant corrosion or the substance to be detached is thick.
The excitation method using an optical fiber, the scanning method of the laser injection, and the wavelength of the injected laser are the same as those of the low-power Laser KEREN®.
| LZK-1000 | Maximum Power:1000W |
| LZK-2000 | Maximum Power:2000W |
