What are the advantages of laser inkjet printers ? Let's find out below.

　　1. It has the advantages of fast speed, high precision, good quality and small deformation, which greatly improves the appearance image and brand effect of the product.

　　2. Wide range of applications, almost any material can be engraved, marked, and coded.

　　3. No need to open molds, computer technology for information editing, convenient deformation, not limited by output, greatly shortening the cycle of new product development and reducing the cost of product development environment.

　　4. Easy to use, any employee can learn the normal operation process of laser equipment in a short time.

　　5. Protect the environment, do not produce any products that are not conducive to the environment, and further create profit value on the basis of environmental friendliness.

　　6. It can mark a variety of materials and surfaces with various shapes, and it will not cause unstable operation and other situations.

　　To sum up, the laser inkjet printer fills the gap in the current online laser marking equipment in China, shortens the research gap between China and developed countries in this field, and creates a non-stop marking of laser information technology in China's assembly line. It is a new application development field in the management of inkjet engraving equipment. At the same time, due to its high performance and price ratio, it will definitely occupy the domestic market in a short period of time, replace imported products, and then enter the market. Laser inkjet printers have certain social and economic benefits. significance.

　　How is the laser generated by the laser inkjet printer ? Let's take a brief look at it together.

　　Laser is an application of optical principles, but how to turn ordinary light into laser? We must first understand the principle of atomic light emission. When an atom goes from a higher energy level to a lower one, it emits a photon, known as spontaneous emission. When an atom is hit by a photon of high energy level, another photon of the same type will be excited to become two photons, which is called stimulated light. If the process of stimulated emission continues, more and more photons will be emitted, as long as we control the number of atoms in the high energy level to be higher than the number of atoms in the low energy level, then the process of stimulated light emission will continue The development of this device that manages and controls the study of stimulated emission of atoms requires us to call it an "optical amplifier".

　　The laser of the laser inkjet printer is the abbreviation of the optical amplifier. Any laser has three major components: medium, resonant cavity, and excitation means. The pump source (excitation means) continuously "pumps" the low-energy particles of the medium to the high-energy particles, so that the high-energy particles produce particle number inversion, and stimulated radiation is generated. The laser inkjet printer passes through the optical resonant cavity Resonance, when the beam in the laser cavity passes through the medium, the light is amplified, and part of the amplified light radiation output of the laser inkjet printer forms a laser.