English

IPG launches dual beam fiber laser for additive manufacturing applications

1638
2024-11-25 12:00:10
See translation

Recently, American fiber laser giant IPG Photonics announced the launch of a new laser series specifically designed for the additive manufacturing field.
The highlight of this series of lasers lies in its integration of IPG's unique dual beam technology, which can independently regulate and simultaneously emit core and ring beams, setting a new benchmark in accuracy, efficiency, and reliability.


Based on its profound expertise in the field of high-power lasers, IPG has launched two new dual beam rack mounted lasers:
YLR-1000/3000-AMB series laser with 1kW core and 3kW ring combination;
YLR-2000/2000-AMB series laser with 2kW core and 2kW ring combination.
The all-new YLR-AMB series laser is specially designed for the additive manufacturing industry and has the following unique advantages:
Production efficiency leap: YLR-1000/3000-AMB laser has a construction rate of up to 324 cm ³/h and a density exceeding 99.9% in materials such as Ti-6Al-4V.


(Image source: IPG Photonics)

Multi functional processing capability: Combining single-mode and multi-mode outputs, the total power can reach 4 kilowatts, providing diverse processing options.
Heat distribution optimization: By independently adjusting the core and ring beams, more optimized heat distribution is achieved, promoting fast and high-quality construction.
Compact design: Adopting a slim 2U 19 inch (482.6mm) rack mounted design, it is not only easy to integrate, but also greatly saves space.
These innovative achievements have undergone rigorous testing by multiple top additive manufacturing OEM manufacturers, and preliminary results show excellent performance, significantly reduced costs, and greatly improved material utilization.


Trevor Ness, Senior Vice President of Global Sales and Business Development at IPG Photonics, emphasized that "YLR-AMB lasers have completely revolutionized the field of additive manufacturing. With high power, precise control, and application specific optimization, we help manufacturers reshape new standards for productivity and cost efficiency
The YLR-AMB series lasers perform well in high-performance applications such as aerospace components, medical equipment, and custom tools. Its key highlights include:
Material performance optimization: Specifically optimized for alloys such as Ti-6Al-4V (α - β titanium alloy) and CuCr1Zr (copper chromium zirconium).
Dynamic layer adjustment: Ensure the implementation of complex geometric shapes and perfect drape effects.


(Image source: IPG Photonics)

 


Source: Yangtze River Delta Laser Alliance

Related Recommendations
  • What is field assisted additive manufacturing?

    Dr. Tan Chaolin from the Singapore Institute of Manufacturing Technology, in collaboration with China University of Petroleum, Shanghai Jiao Tong University, Princeton University, University of Malta, Huazhong University of Science and Technology (Professor Zhang Haiou), University of California, Irvine, Hunan University, and EPM Consulting, published an article titled "Review on Field Assisted Me...

    2024-07-29
    See translation
  • APE 2025 is about to take place

    The Asia Optoelectronic Expo 2025 (APE 2025) will be held from February 26 to 28, 2025 at the Marina Bay Sands Convention and Exhibition Centre in Singapore. It covers products such as information and communication, optics, lasers, infrared, sensing, display, quantum, and is a one-stop optoelectronic comprehensive platform for the optoelectronic industry and application fields; The exhibition focu...

    02-18
    See translation
  • Demonstrating broadband thermal imaging using superoptical technology in a new framework

    The research team used a new reverse design framework to demonstrate ultra optical broadband thermal imaging for applications ranging from consumer electronics to thermal sensing and night vision.The new framework, known as the "Modulation Transfer Function" project, solves the challenges related to broadband metaoptics by determining the functional relationship between image contrast and spatial ...

    2024-03-19
    See translation
  • Tower Semiconductor is preparing to add laser integrated PIC for Scintil

    Grenoble stated that in the context of growing demand driven by artificial intelligence and 5G, "key" milestones have strengthened its supply chain.Scantil Photonics, a subsidiary of CEA Leti that focuses on silicon photonics, has stated that its integrated laser design is now being produced by Tower Semiconductor, a wafer foundry partner.This method describes this development as a "crucial step f...

    2024-02-29
    See translation
  • Progress in research on intrinsic flexible and stretchable optoelectronic devices in the Institute of Chemistry

    Organic polymer semiconductor materials, due to their unique molecular structure and weak van der Waals interactions, are endowed with the characteristics of soluble processing and easy flexibility, and have potential applications in portable and implantable medical monitoring devices. A highly flexible, skin conformal, and excellent spatial resolution X-ray detector is expected to be integrated w...

    2024-04-09
    See translation