What are the common issues with excimer lasers? This article provides a detailed explanation of the causes and solutions for faults such as energy drop, shortened gas lifespan, and lens contamination, and shares key points for excimer laser maintenance to help users quickly identify problems and reduce downtime.

Excimer laser selection is difficult? First understand these three points. Many engineers are often confused by parameters such as wavelength, pulse energy, and repetition rate when purchasing excimer lasers. Improper selection can lead to poor processing results at best, and frequent equipment downtime at worst. In fact, grasping three core dimensions can help avoid most pitfalls. First, clarify the application scenario - is it for fiber Bragg grating writing, material surface treatment, or medical corneal surgery? Different scenarios have very different requirements for wavelength and energy stability. Second, pay attention to gas lifespan and replacement costs, as these directly determine long-term use costs. Third, examine the manufacturer's technical support capabilities. Excimer lasers are

What is an excimer laser? Why is it so important? In the fields of modern high-end manufacturing and precision medicine, excimer lasers are playing an increasingly critical role. Many engineers and researchers, when faced with needs for precision machining or ophthalmic surgery, first think of this device that can generate short-pulse ultraviolet laser light. But what exactly is an excimer laser? Why can it stand out among numerous laser technologies? This article will provide you with an easy-to-understand practical guide to excimer lasers from four dimensions: principles, core advantages, typical applications, and selection considerations. In simple terms, an excimer laser is a type of laser that utilizes rare

Currently, excimer lasers on the market are mostly single-wavelength (such as ArF 193nm, KrF 248nm, XeCl 308nm), making it difficult to meet the high-precision processing needs of multiple materials and processes. To address this, Shenzhen Shengfang Technology has innovatively launched a dual-wavelength excimer laser that supports independent output, simultaneous output, or rapid switching between 193nm and 248nm wavelengths, providing more efficient and flexible laser solutions for industrial, scientific research, and medical fields. Core advantages: Free switching between dual wavelengths, one machine for multiple uses. 1. Supports three modes: 193nm independent output, 248nm independent output, and 193+248nm simultaneous output, adapting to diverse application scenarios. 2. No need to replace the cavity...

From May 21 to 22, the LaserFocusCon Laser Gathering made its debut in Suzhou with the theme summit "Application Breakthroughs and Market Trends under Laser Technology Innovation," alongside the sub-forum "Advanced Laser Technology and Intelligent Manufacturing." Invited experts and guests shared innovative practices of laser technology applications in the industrial sector. Professor Fang delivered a keynote presentation titled "Progress in Excimer Laser Technology," systematically elaborating on the latest research findings and application prospects in this field. After the presentation, Professor Fang engaged in in-depth technical exchanges and industry discussions with laser industry experts and scholars from across the country, with lively on-site interaction.

After fierce competition, Shenzhen Shengfang Technology Co., Ltd.'s new product PLD100L won the 2025 Laser Golden Award! The PLD100L excimer laser is an excimer laser with independent intellectual property rights, designed and developed for processes such as laser lift-off, mass transfer, and repair in MicroLED manufacturing. It has already been shipped to several leading domestic laser equipment companies and has begun to be applied on MicroLED production lines. The product's advantages in novelty within the laser field are: 1. A domestic ultraviolet/deep ultraviolet high-energy excimer laser product based on innovative technology design with independent intellectual property rights; 2. In terms of performance indicators and application directions, it is the first domestic product launched on the domestic market...