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Progress in microelectronics is tightly tied to laser technology. You can quickly and precisely cut, weld, mark, ablate metals and plastics with laser sources and systems, providing fast yet precise laser solutions that meet stringent quality requirements. Laser welding and cutting technology is also ideal for supporting automated production systems, which ensure meeting optimal quality standards.


Successful laser solutions

The consumer electronics industry values AeeFar Airtronics Tech's fiber lasers and automated systems because they are reliable, flexible, efficient, powerful, compact, and cost-effective. To achieve maximum productivity and precision, consumer electronics applications require laser beams with precise pulse repetition rates. Fiber lasers are perfect for micromachining applications because of their exceptional beam quality, flexibility, and stability. AeeFar Airtronics Tech has recently made remarkable progress in expanding our product range beyond infrared wavelengths, including green and ultraviolet wavelengths. We have created picosecond lasers, femtosecond lasers, and adjustable pulse width lasers that greatly improve consumer electronics applications.


At present, laser processing technology in electronics industries mainly includes laser marking, anodizing treatment and metal carving/carving. CNC has proven insufficient in meeting rapid demands while controlling production costs efficiently.

Customer Benefit

With laser technology, customers will benefit much:
1. Without tool wear, the operating and material costs are reduced;
2. Fast speed working improves production efficiency greatly;
3. The permanent markers promote product anti-counterfeiting ability;
4. The laser marking machine is a high-tech, environmentally friendly product. It won’t produce any chemical substances harmful to human body and environment;
5. Without ink and chemical solvent, the working environment is clean and non-pollution;
6. Brand awareness of products will be increased by classier products and additional value;
7. With the traceability system, all aspects of the whole manufacturing process and the operating costs can be controlled effectively;
8. The good flexibility of laser marking machine increases the diversity of products.

Powering Advanced Mivroelectronics Manufacturing

Laser technology offers industrial solutions to these challenges with its unparalleled precision and automation potential. AeeFar Airtronics Tech lasers play an integral role in producing today's computer chips; lasers also facilitate numerous other process steps, including cutting and drilling silicon wafers, PC boards or entire electronics modules.

Cold precision processing of chips, packages, and printed circuit boards

Once circuits have been exposed and assembled on silicon wafers, separating into individual chips becomes the next challenge for the electronic process chain. Ultrashort pulse lasers from AeeFar Airtronics Tech are used for separation to ensure minimal kerfs, high edge quality and minimize any thermal impacts to sensitive chips. Laser processing enables materials to be handled without heat influences and with precision as part of its laser processing system. These lasers are also excellent at trimming sensitive modules (system-in-package), processing multi-material printed circuit boards and drilling microvias in silicon and glass. Furthermore, AeeFar Airtronics Tech lasers are often employed for targeted layer ablation, cutting films and marking.

Electronic Circuit 

The PCB industry is important for electronic information. Its growth has been driven by rapid developments in 3C electronics, smart cars, IC carrier boards, and other markets, which have created new requirements for processing technology. Precision laser is increasingly popular due to its non-contact lossless processing features; therefore, more PCB factories use them. AeeFar Airtronics Tech provides cutting, marking and automation solutions tailored for this sector.

Semi-conductor industry

AeeFar Airtronics Tech has an expansive presence in the semiconductor industry. We provide solutions and industry-specific machines to meet different enterprises' needs, covering wafer processing post process steps such as laser annealing, debonding, cutting, marking and other laser application technologies. It increases production efficiency and improves accuracy greatly that advanced laser precision machining for wafer/chip manufacturing. Our lasers produce very large quantities of high quality reproducible products that are predestined for electronics industries.


Get in touch with a AeeFar Airtronics Tech Labs expert today.

Please bring your sample parts to our high-tech lab. This will help you get robust and reliable laser processing for your production line.

Schedule a no-cost consultation now.     →


Laser Welding Applications include: mobile phones, digital cameras, MP3 players, batteries, solid-state lighting, capacitors, relays, cabinets.

Laser Marking / Engraving Applications include: keyboards, cell phones, computer mouse, computer monitors, TV remote controls, tablets, MP3 players, chromecast components, A/C control units, circuit breakers, printed circuit boards, shavers, hair dryers, power supplies, printer cartridges, key fobs, hearing aids, bar codes, 2D Data matrix codes.

Laser Cutting Applications include: circuit boards, capacitors, resistors, motor laminations, computer hardware, appliances, enclosures, cabinets, cell phones, tablets.

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