Laser Marking Machines: Market Forecast for the Next Five Years (Part 3)
5. Product Type Analysis
Products are classified into three types: less than 20W, 20-50W, and greater than 50W.
The product categories of laser marking machines are mainly divided into three types: less than 20W, 20-50W, and greater than 50W. Among them, laser marking machines with less than 20W are usually suitable for small-scale processing scenarios that do not require high power, such as marking electronic components. Laser marking machines with 20-50W perform better in medium-scale processing tasks and can be used for marking some plastic products, metal nameplates, and the like. Laser marking machines with more than 50W have higher power and are suitable for occasions that require greater marking depth and speed, such as marking large metal workpieces.
The market size forecast is broken down by product type, predicting the growth rate, revenue, sales volume, and price of each market segment.
By product type, the forecast for the growth rate of the global 2D fiber laser marking machine market shows that laser marking machines of different power types will exhibit different trends in future market development. Laser marking machines under 20W may have certain growth potential as the market for small electronic products continues to expand. 20-50W laser marking machines are expected to maintain relatively stable growth due to their wide applicability. For laser marking machines over 50W, demand is relatively high in certain specific industrial sectors, and the growth rate of their market size may be influenced by industry development.
From the perspective of revenue, the global 2D fiber laser marking machine market size (by revenue) from 2019 to 2030 shows that the revenue of laser marking machines varies by power type. Laser marking machines under 20W may have relatively small revenue due to their lower prices. Laser marking machines between 20-50W have a certain market share and generate considerable revenue. Although laser marking machines over 50W may have relatively lower sales, their revenue is significant due to the high added value brought by their high power.
In terms of sales, the global 2D fiber laser marking machine submarket (by volume) from 2019 to 2030 shows significant differences in sales across different power types of laser marking machines. Machines under 20W may have relatively higher sales due to their cost advantage and wide application scenarios. Machines in the 20-50W range have relatively stable sales and are one of the main products in the market. Machines over 50W have relatively lower sales but serve an irreplaceable role in certain specialized fields.
Regarding price, from 2019 to 2030, the global 2D fiber laser marking machine submarket exhibits noticeable price differences among different power types. Machines under 20W are relatively low-priced and suitable for users with limited budgets. Machines in the 20-50W range are moderately priced, offering relatively high cost-effectiveness. Machines over 50W, due to their high power and performance, are usually priced higher.
6. Distribution of Downstream Industries
The downstream applications of laser marking machines are broad, including the automotive, aerospace, and electrical and electronic industries. The following will provide a detailed analysis of these fields.
Downstream application fields include automotive, aerospace, and electrical and electronic industries.
Automotive Industry: The application of laser marking machines in the automotive industry is receiving increasing attention. In the field of automotive parts processing, they are mainly used for marking information such as QR codes, barcodes, visible codes, production dates, serial numbers, logos, patterns, certification marks, and warning labels. This includes high-quality marking on a variety of components such as wheel arches, exhaust pipes, engine blocks, pistons, crankshafts, backlit audio buttons, and labels (nameplates). The advantages of using laser marking for automotive parts lie in its speed, programmability, non-contact nature, and durability. Laser barcodes and QR codes are commonly used for tracing automotive parts; QR codes feature large information capacity, strong error tolerance, and do not require any inventory, allowing users to laser mark anytime, anywhere. Shantuo Laser has gained recognition from many businesses in the automotive industry through years of continuous technological improvements and excellent service.
Aerospace Industry: In the aerospace sector, laser marking machines can mark serial numbers on components made from various materials, enabling one-to-one traceability while maintaining clear visibility in high-temperature and high-pressure environments. Laser marking machines use high-energy laser beams to locally heat tiny areas on the material surface, causing melting and forming specific molten pools to achieve precise and high-definition marking. This non-contact marking method not only avoids mechanical pressure or damage to the material surface but also ensures material performance and aesthetics after marking. Additionally, laser marking machines offer high precision and reliability, meeting the stringent requirements of the aerospace industry.
Electrical and Electronics Industry: Laser marking machines are commonly used in the electronics and semiconductor industries for marking applications on PCB boards, integrated circuit chips, resistors, and capacitors, printing variable codes, graphic logos, and text markings. In the electronics industry, laser marking machines can improve production efficiency, reduce costs, and offer anti-counterfeiting and environmentally friendly benefits. Using a non-contact processing method allows marking on various material surfaces, and the information remains durable, fade-resistant, and aesthetically pleasing without the need for consumables. Compared with traditional processing methods, laser marking machines offer higher precision and speed and do not produce pollution, making them environmentally friendly.
The market size forecast is broken down by application, predicting the growth rate, revenue, sales volume, and price of each segment.
Automotive Industry: With the rapid development of the automotive industry, higher demands are being placed on the precise management and quality control of automotive components. Laser marking technology, with its unique advantages, has become an indispensable part of automotive manufacturing. In the future, laser marking is expected to be more widely applied in improving production efficiency, enhancing product quality, strengthening product traceability, and promoting environmental protection and energy saving. The market growth rate is expected to steadily increase alongside the development of the automotive industry, with revenue and sales also rising accordingly. Prices may fluctuate due to factors such as technological advancements and market competition.
Aerospace Industry: The aerospace field has extremely strict requirements for marking and identification, and the emergence of laser marking machines has addressed problems that traditional marking methods could not meet. As the aerospace industry continues to develop, the demand for laser marking machines will also continue to grow. Market growth is expected to be relatively stable, with revenue and sales gradually increasing as the industry progresses. Prices may remain high due to ongoing technological advancements and demand in the high-end market.
Electrical and Electronics Industry: With the intelligent development of the electronics industry, the demand for laser marking machines is continuously increasing. The application of laser marking machines in the electronics industry can improve production efficiency, reduce costs, and offer anti-counterfeiting and environmental benefits. Market growth is expected to remain at a relatively high level, with revenue and sales rapidly increasing alongside the growth of the electronics industry. Prices may be affected by market competition and technological advancements, showing a downward trend, though high-end product prices may remain relatively stable or even increase.
Post time: 11-26-2025
