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As a leader in high-power fiber lasers and amplifiers, IPG Photonics continues to innovate, harnessing the power of innovation to address social and environmental challenges, incorporating fundamental principles of safety, reliability and sustainability into operations and product development. Today, the new YLS-ECO series of high-efficiency energy-saving high-power fiber lasers are launched in the Chinese market. This series of lasers is an innovative product that came into being under the background of “dual carbon”. With the support of IPG’s unique technology platform, the electro-optical conversion efficiency of this series of lasers can reach more than 50%. Our patented designs based on innovative pump technology and high-performance components keep our products at the forefront of the industry in terms of reliability and long-term power stability, helping manufacturers improve production efficiency, reduce operating costs, and achieve cost-competitive Carbon peaking, carbon neutral. High Quality Custom precision metal CNC projects
IPG’s innovative technology leads green manufacturing, especially in the field of construction machinery, providing green and efficient solutions – YLS-ECO series fiber lasers, with a power of up to 30kW, with high-quality processing capabilities, can provide ultra-high electro-optical conversion efficiency and reliability. Less input power is required, resulting in less heat generation, slower aging of individual pump sources, and longer laser life. In more than 10 years of use, it can continue to provide customers with stable power and reliable performance, bringing huge benefits to customers. By reducing energy consumption, the YLS-ECO series of lasers can significantly reduce operating costs and cooling needs and costs of chilled water equipment, resulting in a faster return on investment. Excellent reliability, extremely low failure rate and other advantages, it is very suitable for application scenarios that cannot be shut down or production cannot be interfered.
The excellent long-term power stability of the YLS-ECO series lasers ensures that they can maintain their excellent processing capabilities year after year in all high power applications including cutting, welding, brazing, cladding and surface treatment, for the most stringent It provides long-term stable laser power for harsh applications, helping high-end manufacturing companies get rid of the low-end, low-efficiency, and high-energy-consuming situation, and turn to use high-efficiency technology to achieve green manufacturing. High Quality Custom precision metal CNC projects
Under the background of “double control of energy consumption”, choosing equipment with low energy consumption and high efficiency can help enterprises save energy and reduce emissions and control costs. Since 2011, the use of IPG lasers (replacing less efficient lasers) has helped customers save around $488.9 billion (£57 billion) in CO2 emissions globally, and around $137.3 billion (£160 billion) in 2020 alone billion pounds).
IPG is committed to using unique advanced technology to manufacture more energy efficient, more compact, lighter weight and longer life cycle products to reduce energy consumption, reduce carbon footprint and achieve sustainable development goals together with customers! High Quality Custom precision metal CNC projects.
About IPG PHOTONICS
IPG Photonics is the world’s leading innovator and manufacturer of high-power fiber lasers that enable higher precision, faster processing, more flexible production methods and higher productivity. IPG fiber lasers combine the advantages of semiconductor diodes, unique fiber design with high amplification and excellent beam quality, ensuring high performance, reliability and applicability. High Quality Custom precision metal CNC projects.
IPG continues to develop and commercialize numerous unique technologies related to fiber lasers, combining deep materials science expertise and process technology with a vertically integrated business model, and remains a leader in technology development and mass production.
