Electronics Industry

Providing revolutionary solutions for manufacturing and micromachining.

Advantages of Laser Technology in The Electronics Industry

As we all know, 3C electronic products are everywhere in our lives, and the speed of updates and iterations is very fast. Most processing companies are eyeing this breakthrough. In hardware precision processing, the processing efficiency and effect of laser equipment are better than traditional processing methods, and it will definitely become the mainstream of the electronics industry.

High-precision processing:
Since laser is non-contact processing, and its energy and movement speed are adjustable, it can achieve various precision processing.

High-efficiency production:
High production efficiency, stable and reliable processing quality, and high economic benefits.

High flexibility:
It can be used for a variety of metal and non-metal processing, especially for processing high hardness, high brittleness and high melting point materials in the microelectronics industry

High-quality processing quality:
During the laser processing process, the laser beam has high energy density, fast processing speed, local processing, small heat-affected range, small thermal deformation of the workpiece, and small subsequent processing volume.

Laser Marking

Laser marking systems can permanently and quickly engrave clear surfaces on most materials in the electronics and semiconductor industries. Due to the traceability, quality assurance and trademark protection of electronic products, most housings used for electrical or electronic components must be marked: with simple alphanumeric codes, complex 2D codes, logos or customized data. Laser marking is a cost-effective and safe marking process that can meet these requirements. Lyustec’s laser marking machine combined with vision verification, they clearly and precisely etch information onto the surfaces of electronic parts—outperforming traditional ink, decal and molding methods.

Plastic marking

Plastic marking

Memory card marking

Plastic marking

PBC marking

Chip marking

Translucent button marking

Laser Welding

We use pulsed lasers to weld materials close to electrical components. Pulsed lasers apply a minimal amount of heat which can be closely controlled dimensionally. The laser also does not apply any current to the workpiece being welded. Lyustec’s laser welding machines are mainly used for welding 3C precision devices, precision motors for mobile phones, and battery pole pieces. Applications involve optical communications, IT, electronics, batteries, etc.

Battery assembly welding

Connector welding

Hardware structure welding

Mobile phone frame welding

Laser Cutting

Different from traditional mechanical cutting technology, Lyustec’s laser cutting machine can meet extremely strict cutting requirements without damaging fragile components such as product circuits. Lyustec can provide laser cutters to meet the unique application needs of electronics factories.

Precision cutting of shell

Plastic film cutting

Chip cutting

Glass cutting

Laser Cleaning

There are many applications of laser in cleaning electronic components, such as cleaning electronic circuit boards, silicon wafers, integrated circuits, flexible circuits, optoelectronic devices, etc. With the development of science and technology, the integration of these materials has increased, the number of pins has increased, and the holes have become smaller and smaller. Traditional cleaning methods are difficult to work. Laser cleaning has the advantages of high precision, easy automation, adjustable parameters, and high cleaning efficiency. It can effectively remove dust, grease, oxides and other particles on the surface of electronic components, effectively improving the durability of electronic components. Laser cleaning provides an effective and reliable technology for the microelectronics industry when the device size is small and fine particles are difficult to clean. At the same time, laser cleaning does not cause wear and corrosion to the base material, meets environmental protection requirements, and can operate in a narrow space, which is unmatched by any other cleaning process.