Company News-Lightrun Technology (Shanghai) Limited

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【LIGHTRUN Science Popularization 6】Fiber Collimator: Precision Navigator of Optical Signals - Parameter Analysis and Production Applications

Amid the continuous iteration and upgrading of optical communication and laser technologies, fiber collimators, as core passive optical components ensuring the stability of optical signal transmission and the precision of regulation, play a pivotal role in the process of optical signal transmission and processing. This article will focus on the key performance parameters of fiber collimators and their typical application scenarios across various industries, while sharing the core technological a MORE

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【LIGHTRUN Science Popularization 5】Fiber Collimator: Precision Navigator of Optical Signals - Brief Analysis of Principles & Classifications

As a core passive optical component, the optical collimator integrates an internal optical lens that enables highly efficient control of light signals. It can both convert the divergent Gaussian beam emitted from an optical fiber into a parallel collimated beam, and stably couple parallel free-space light back into the fiber. With this capability, it effectively mitigates energy loss caused by beam divergence and acts as a “precision navigator” for optical signals, guiding them through complex o MORE

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【LightRun Technology】Innovative Light Sources — Technological Breakthroughs，LightRun Light Sources Empower High-Precision Optical Applications

The LightRun Light Source Series is designed to meet the demanding requirements of high-precision optical applications, delivering outstanding performance in power output, spectral linewidth, and long-term stability. These sources have become core components in many industry-standard systems. MORE

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【LightRun Technology & Circuit Development】Key Technologies for Enhancing the Performance of Optoelectronic Systems

In the era where optoelectronic technology is advancing towards high power, high precision, and high integration, advanced circuit drive technology has become a key metric for measuring the stable and efficient operation of fiber lasers and optoelectronic equipment. LightRun deeply understands the significance of circuit development, placing it at the core of R&D. Leveraging a cross-disciplinary team of experts and moving beyond the traditional "experience-based" limitations of circuit design, t MORE

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【Lightrun's Science Popularization4】 Fiber Combiners & Focus Application Characteristics · Empowering Development in Multiple Fields

In the precision scenarios of Industry 4.0 smart production lines, fiber optic combiners precisely regulate high-energy light beams with a light energy density of the megawatt class, revolutionizing the traditional paradigm of light energy utilization and deeply tapping into the dual value of "light" as both an energy and information carrier. Amid the continuous impact of the technological wave, fiber optic combiners, with their continuously iterating technological capabilities, break through ap MORE

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【Celebrating Two Festivals Together, Embracing Reunion】 2025 Lightrun National Day & Mid-Autumn Festival Holiday Arrangement

The autumn atmosphere is in full swing, and the Double Festivals shine together! Lightrun extends sincere holiday wishes to all our trusted customers and partners. May your family always enjoy reunion, and happiness always be with you. MORE

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【Lightrun Popularization 3】: Fiber Combiners - Dual Protection for Efficiency & Power; Core Performance Lays the Foundation.

The performance of fiber combiners directly dictates the efficiency, stability, and reliability of high-power laser systems. Among various parameters, transmission efficiency and carrying power are the two core indicators, while additional factors such as excess loss, beam quality, and temperature stability also need to be comprehensively evaluated. MORE

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【Lightrun’s Science Popularization 2】Fiber Combiner - Precise Classification System to Match Different Scenarios

A fiber combiner is a key passive component used in all-fiber laser amplifiers and other scenarios. Its main function is to couple pump light into the inner cladding of DCF fibers. Classification depends on its structure and functional positioning. Different types of combiners vary significantly in design and application, allowing precise matching to the technical requirements of devices such as all-fiber lasers and fiber amplifiers. MORE

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[Exhibition Announcement] Invitation to Attend: LightRun Technology to Exhibit at the 26th China International Optoelectronic Exposition (CIOE 2025)

Golden Autumn in September, Photonics Grand Event! LightRun Technology (Shanghai) Limited cordially invites you to attend the 26th China International Optoelectronic Exposition (CIOE 2025). Our booth is located at Hall 4, Booth 4A022. MORE

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【Lightrun’s Science Popularization 1】Fiber Combiner - Structure and Principle. Precise Fused Taper Process Achieves High - efficiency Energy Coupling

As a core optical coupling device relying on the Fused Biconical Taper (FBT) technology, the multimode fiber combiner plays a crucial "optical energy integration hub" role in high - power fiber laser systems. Its core function is to couple the discrete beams output from multiple input fibers (usually multimode pump fibers) into a single output fiber (multimode or double - clad fiber) with low loss and high stability, providing efficient energy supply for subsequent laser amplification and output MORE