The Volume-Cost Trap
One persistent challenge facing the laser industry is the volume-cost trap: many laser systems remain expensive because they are produced in limited volumes with tight tolerances, delicate assembly, and insufficient automation. Cheap lasers require large markets, while many large markets can emerge only once lasers become cheaper, creating a classic chicken-and-egg dilemma.
Supply Chain Vulnerabilities
Export controls on gallium, germanium, and indium phosphide are intensifying scarcity of compound semiconductor substrates vital for high-power laser diodes. Variability in thermal conductivity across lots forces laser makers into lengthy re-qualification cycles, delaying shipments and elevating inventory buffers. Premium substrate pricing inflates bills of materials by double digits, particularly affecting LiDAR and telecom lasers that operate at elevated junction temperatures.
Raw material price increases are also affecting upstream components. A batch of raw materials used in high-end coating processes has experienced comprehensive, sustained price increases due to global raw material supply tightness, energy price volatility, and production capacity limitations caused by environmental policies. For laser optical filters—which have extremely high manufacturing thresholds—this means not only sharp increases in production costs but also signals a new round of deep adjustment across the entire industry chain.
Intensifying Competition and Market Pressure
Market competition has become increasingly intense. Industry insiders report that competition is characterized by “involution”—overcrowded competition—and cost pressures squeezing profit margins. Homogeneous competition is squeezing profits, while dependence on key materials from external sources adds operational uncertainty.
Companies that engaged in follow-the-crowd low-price strategies and short-term profit models are finding these approaches unsustainable. Survival now requires genuine hard power in R&D, manufacturing, and service. The industry is transitioning from price-based competition to solution-based differentiation centered on providing “light source + processing head + process database + AI service” closed-loop solutions.
The AI and Light Intelligence Convergence
Artificial intelligence is reshaping the laser industry through bidirectional empowerment. AI-enabled laser control systems are emerging as major trends, with integration of AI-based laser control, deployment of high-precision laser systems, implementation of automated laser processing, adoption of real-time optical measurement solutions, and expansion of connected laser platforms.
Generative AI large models versus specialized vertical models, data sharing and privacy protection, and industry-university-research collaborative innovation are core issues being debated by industry leaders. AI’s ability to process vast amounts of process information is particularly timely as laser processing moves toward high digitization. Quality control is the pioneer of this trend.
The MEDIUS project brings together a multidisciplinary consortium of laser technology, AI, human-machine interaction, and other fields to develop a photonic predictive manufacturing system based on several coupled AI-based prediction systems for future surface laser processing.
A new generation of lasers integrating AI and the Internet of Things possesses the capability to autonomously optimize processing parameters, significantly enhancing precision and efficiency in manufacturing. For example, by applying deep learning to images collected on production floors, manufacturers can trace durability issues directly to specific process parameters such as heat input or power fluctuations.
Shifting Growth Drivers
Entering 2026, the drivers of laser industry growth have shifted from the equipment side to the application side. Semiconductor manufacturing upgrades, new energy production capacity expansion, and AI computing infrastructure build-out are now the primary growth catalysts, alongside the continued rise of additive manufacturing and the flourishing of new energy vehicles.
Export Strategies and Globalization
Chinese laser equipment manufacturers face rising barriers to international market entry. Overseas customers have raised requirements for delivery, after-sales service, and compliance. The transition from “selling products” to “building capabilities” is challenging. However, North America and Europe continue to increase demand for imported Chinese equipment.
While overall laser product export volume has declined from 27.70 million units in 2019 to 17.64 million units in 2025, export value has increased as product value and technical sophistication have improved, reflecting a strategic shift toward higher-value products.
The Road Ahead
Looking forward, several key trends will shape the laser industry’s trajectory:
Sustainability and Green Manufacturing. Emerging trends in the laser materials market include the development of eco-friendly and sustainable materials, as well as the integration of advanced technologies such as AI and machine learning for enhanced laser applications. Industrial lasers with green capabilities offer benefits including fewer rejects, minimal raw material usage, and more sustainable manufacturing.
Ultrafast and High-Power Lasers. Ultrafast lasers are expanding into semiconductor and medical applications, while kW-class fiber systems that cut thicker metal sheets are now mainstream in high-volume factories. Expanding use of ultrafast lasers for next-generation OLED and micro-LED display repair is creating new market opportunities.
Autonomous Mobility. Rising installation of LiDAR lasers in autonomous mobility stacks represents a significant growth vector, with applications ranging from passenger vehicles to service robots and industrial automation.
Consumer Laser Products. Experts suggest that the most important factor for consumer laser products is designers rather than engineers. Companies must value industrial design and user psychology research, deeply integrating technology with user needs to make lasers genuinely “easy-to-use” tools.
As the global laser industry continues its transition toward high-quality development, companies that can successfully navigate supply chain challenges, embrace AI integration, and pivot toward value-added solutions rather than price-based competition will be best positioned to capture growth opportunities in the years ahead.