English

Aerotech announces new control features for laser scanning heads

1044
2024-06-04 15:30:09
See translation

Aerotech has upgraded the performance of AGV laser scanning heads through powerful controller functions to enhance scanner control (ESC). The new ESC function of the Automation 1-GL4 2-axis laser scanning head driver is a completely passive control loop enhancement function that ensures higher accuracy in the most dynamic motion.

With the increasing demand for higher output laser technology in various industries, quality standards are also constantly tightening. Therefore, traditional laser scanning systems quickly reached their limits.

Aerotech's 2-axis, 3-axis, and 5-axis laser scanning heads all benefit from this feature, achieving higher acceleration and smaller tracking errors, allowing users to see a significant improvement in laser processing throughput.

"The ESC function improves the performance of all AGV laser scanning head products, eliminating the need for users to change trajectories or motion commands," said Bryan Germann, Optical Manipulation Product Manager at Aerotech. Our customers need to push their scanning head products to faster and more dynamic limits without compromising accuracy. This upgrade can improve productivity as the number of units per hour can increase without compromising quality.

Widespread laser applications have benefited from ESC, including:
Impact laser drilling for electronic and semiconductor applications: ESC provides higher drilling efficiency through strict hole material quality requirements.
Laser cutting and microfabrication of display glass for automotive and mobile applications: Improving cutting speed without sacrificing edge quality means higher yield and stable quality yield.

Laser welding of medical devices: Higher frequency swing motion during welding contour can improve welding quality and minimize post-processing.

Source: Laser Net

Related Recommendations
  • NASA plans to use lasers to measure the impact of exhaust gases on the lunar surface during landing, in order to plan lunar landings more effectively

    Recently, NASA's official website showed that a research team at the University of Central Florida has tested an instrument called Ejecta STORM, which aims to measure the size and velocity of surface particles generated by exhaust gases from rocket powered landers on the moon or Mars.According to NASA, when a spacecraft lands on the moon or Mars, rocket exhaust plumes can produce efflorescent ejec...

    2023-10-31
    See translation
  • Aspen Laser launches patented four wavelength Ascent laser series in the medical equipment industry

    Recently, Aspen Laser, an emerging global leader in the medical equipment industry, announced that after several months of trial operation, it has officially launched the Ascent laser series and is ready for shipment. It is reported that this new therapeutic laser series, with its outstanding 32 watt combined power and unique patented four wave laser technology in the industry, once again demons...

    2024-08-12
    See translation
  • Smaller laser facilities use new methods to break records before proton acceleration

    The Helmholtz Dresden Rosendorf Center (HZDR) has made significant progress in laser plasma acceleration. By adopting innovative methods, the research team successfully surpassed previous proton acceleration records significantly.They obtained energy for the first time that can only be achieved in larger facilities so far. As reported by the research team in the journal Nature Physics, promising a...

    2024-05-15
    See translation
  • Combined spectral lasers can unlock the potential of laser plasma accelerators

    A team of researchers in Berkeley Lab's Accelerator Technology and Applied Physics (ATAP) division has developed a new technique that combines fiber lasers of different wavelengths to generate ultra-short laser pulses. The research is in the journal Optics Letters.This work could advance the development of laser plasma accelerators (LPA), which have the potential to push the frontiers of high-en...

    2023-08-04
    See translation
  • Lightmatter announces the first 16 wavelength bidirectional link on single-mode fiber

    Lightmatter, a Boston-based startup developing silicon photonics hardware aimed at AI and high-performance computing, has announced a 16-wavelength bidirectional Dense Wavelength Division Multiplexing optical link operating on one strand of standard single-mode (SM) fiber.Powered by Lightmatter’s Passage interconnect and Guide laser technologies, this development “shatters previous limitations in ...

    08-22
    See translation