English

Luxiner launches LXR platform to set new standards for industrial laser microfabrication

464
2024-03-25 14:03:24
See translation

Luxiner, a globally renowned laser technology leader, proudly launches its latest innovative product, the groundbreaking LXR ultra short pulse laser platform. This cutting-edge technology represents a significant leap in industrial laser processing, providing unparalleled performance, versatility, and reliability.

In today's rapidly changing industrial environment, laser technology plays a crucial role in many fields, from microelectronics and semiconductors to automotive manufacturing and biomedical applications. Realizing the constantly evolving demand for higher precision, faster processing speeds, and more efficient material processing solutions, Luxiner has responded to the challenges by launching the LXR platform.

The LXR platform is designed specifically to meet the needs of modern industrial applications. Featuring a robust design with 24/7 operational readiness, reliable handling, and highly modular architecture that meets the needs of every customer; With its unique requirements, Luxiner's LXR platform has set a new benchmark for industrial USP lasers.

The LXR platform provides ultra short laser energy pulses to ensure high-quality material processing with minimal heat generation. This patented technology ensures precise ablation, minimal thermal damage, and excellent control of laser beam parameters, producing excellent results even in the most demanding applications.

The main functions of the LXR platform include: pulse energy up to 160 μ J: Ensure efficient and accurate material processing in various applications.
Power up to 160 W: promotes fast and efficient laser processing, improving productivity.
Beam quality M2<1.2: Provides excellent beam control, achieving excellent processing quality and accuracy.
Flexible pulse width: From a standard pulse width of 800fs to factory settings up to 12 ps, it can be optimized for different materials and applications.

Supports multiple wavelengths, including 1030 nm, 515 nm, and 343 nm, providing flexibility for various industrial applications.
Full digital control of pulse output: allows for precise customization of laser processing parameters to achieve the desired results.
Standard burst and fast burst modes: support optimization for deep carving, micro machining, surface texture, and more.
The blasting energy can reach up to 0.8 mJ, ensuring efficient and accurate material ablation even in demanding applications.

"We are pleased to bring the LXR platform to the market," said Antonio Raspa, Product Manager of Luxiner Solid State Laser. The unique feature of the LXR series platform lies in its unparalleled control and flexibility in laser pulse output. Its intuitive hardware and software interface enable seamless integration into the production line, simplifying the programming of operating parameters.

Luxiner has earned an excellent reputation in producing powerful and reliable laser sources, and the LXR platform continues this tradition. The LXR platform ensures optimal uptime and productivity, backed by Luxiner's excellent customer support and service.

The development of the LXR platform highlights Luxiner's commitment to innovation, industry collaboration, and deep understanding of customer needs. Luxiner's team of engineers and scientists worked tirelessly to bring this breakthrough technology to the market, setting clear industry standards for USP laser technology.

Source: Laser Net

Related Recommendations
  • Improvements in LiDAR technology will help NASA scientists and explorers perform remote sensing and measurement functions

    Improvements in LiDAR technology will assist NASA scientists and explorers in remote sensing and measurement, surveying, 3D image scanning, hazard detection and avoidance, and navigation.Like sonar that uses light instead of sound, LiDAR technology is increasingly helping NASA scientists and explorers with remote sensing and measurement, surveying, 3D image scanning, hazard detection and avoidance...

    2023-10-26
    See translation
  • The project cycle has been significantly shortened! Scientists use supercomputing to assist in laser fusion research

    Recently, the Laser Energy Laboratory (LLE) at the University of Rochester installed a new supercomputer to support its laser fusion experiments.The new supercomputer has increased the computing power of the laboratory by four times and shortened the time required to complete certain projects from 30 weeks to a few days.The Laser Energy Laboratory (LLE) at the University of Rochester is one of the...

    2023-10-26
    See translation
  • IPG introduces a new dual-beam laser with the highest single-mode core power

    From September 12 to 14, 2023, IPG Photonics, a well-known fiber laser technology leader in the United States, will showcase its latest innovative laser solutions at the Battery Show in Michigan, USA. IPG will also showcase industry-leading fiber laser sources and automated laser systems for electric vehicle battery welding applications.New laser technology pushes the limits of battery welding spe...

    2023-09-14
    See translation
  • The application of lasers in material processing has driven industrial progress in Santa Catalina state

    Laser material processing has been widely used in advanced industries, ranging from designing and producing lightweight, ultra wear-resistant parts and equipment with complex geometric shapes to repairing damaged or worn components through technologies such as 3D printing of deposited metal powders or deposits.Use laser pulses for surface treatment to prevent fatigue. But the impact of such techno...

    2023-09-26
    See translation
  • Construction of Advanced New Laser Research Centers in American Universities

    The ATLAS R&D center is expected to be completed by mid-2026!A powerful new laser research facility located on the Foothills campus of Colorado State University will begin construction this month. The facility is planned to be put into use in mid-2026 and is the result of 40 years of laser development research at Colorado State University. It is a collaboration with the Fusion Energy Science P...

    2024-10-30
    See translation