Does the High-Power Laser Cutting Machine Still Have a Market?

Does the High-Power Laser Cutting Machine Still Have a Market?

This question itself carries a heavy air of contemporary anxiety. Those who pose it have often just been caught in the price vortex of mid- and low-end equipment, or find themselves bewildered by the ever-increasing kilowatt figures their competitors are chasing. People tend to view high power as a mere technological arms race or a marketing gimmick for manufacturers to harvest profits. But to see only this layer is to miss the real transformations unfolding deep within the industry.

To answer this question, we must first clarify a concept: what exactly is "high power"? It is not a fixed physical yardstick, but a threshold continuously pushed upward by the joint forces of technology and the market. Over a decade ago, a 1kW machine was already considered high-end, and an imported unit could sell for eight million yuan. By 2025, the lower limit defining "high power" has been raised to 6kW, the entry ticket for "ultra-high power" is 40kW, and mainstream high-end models have settled in the 12–40kW range. The very definition is rapidly evolving—which in itself proves that the market has not stagnated, but is migrating upward.

Therefore, a binary "yes" or "no" in response to this question would be simplistic. A closer approximation to the truth is this: the wild-growth era when one could profit in the high-power segment through information asymmetry and simple assembly is indeed over. But this does not signal the end of the high-power market; rather, it marks the beginning of a harsher and more rational phase of divergence. The market still exists, but the barriers have been raised enormously by the dual forces of technology and cost, and the rules of the game have fundamentally changed.

I. After the Price "Breakthrough": From Status Symbol to Infrastructure

The most profound transformation in the high-power laser cutting machine market lies within its cost structure. The laser source—the heart of the equipment—was once an insurmountable chasm for domestic brands. But the rise of Chinese manufacturers such as Raycus Laser has slashed the price of a high-power laser source from 8 million yuan a decade ago to less than 80,000 yuan today, with 100% domestic independence and self-sufficiency across all components. This is not just a number drop; it has nearly reshaped the entire industry ecosystem.

As the cost barrier of core components was shattered, high-power equipment ceased to be the exclusive heavy artillery of a few leading enterprises. The price of 3kW models has fallen to within 200,000 yuan, and the market for low-power equipment (below 3kW) has contracted sharply. The price gap between these and 3kW machines has narrowed to just 10%–15%, yet the latter delivers 70%–80% higher efficiency when cutting 1mm stainless steel. The balance of cost-performance has tilted decisively. Consumers vote with their wallets, propelling high-power equipment from a lucrative "high-end toy" to a fundamental productivity tool that any processing factory with modest ambitions must consider.

What is even more telling is the market's response to the downward price pressure. In 2024, the average price of fiber laser sources dropped 58% from 2022 levels, which should theoretically have triggered a bloody price war. Yet equipment equipped with intelligent systems saw gross margins rise counter-cyclically, and customer investment payback periods shortened to 14 months. This indicates that the price war did not annihilate the market; it merely pushed competition from mere hardware stacking into the deeper waters of efficiency and service value. The industry's total sales revenue declined for the first time in 2024 (down 5.1% year-on-year), while the top ten players captured over 50% of market share. Thus, the market contraction is structural—it first consumes those small and medium players lacking core technology and ecosystem-building capabilities.

II. The Ticket to the Industrial "Deep Water": Why High Power Is Indispensable

If downward price pressure acts as a gravitational force on the market, then the upgrading of industrial demand is the powerful hand holding up the high-power market. Mid- and low-power equipment may suffice for everyday thin-plate processing, but in heavy industries vital to the national economy, high power is an irreplaceable hard currency.

In sectors such as construction machinery, shipbuilding, and steel structures, the thickness of materials being cut frequently ranges from 3mm to 40mm, and sometimes even challenges stainless steel above 80mm. For such thick plates, power is efficiency, and quality is the lifeline. Ultra-high-power (≥40kW) laser cutting machines are gradually replacing traditional plasma and flame cutting. Although this process has not yet been fully completed, the trend is irreversible. Entering this market means leaping from the red ocean of fiercely competitive sheet metal fabrication into a blue ocean built on technological barriers and industry standards.

More nuanced changes are occurring in precision manufacturing fields such as new energy and aerospace. Here, high power does not imply crudeness. The cutting accuracy for power battery electrodes has been pushed to ±5 microns, and the cutting of aerospace titanium alloy honeycomb panels requires thermal deformation not exceeding 0.02mm. This forces high-power cutting machines to integrate deeply with intelligent control systems. For example, AI real-time correction systems can boost thick-plate cutting yield to 99.5%, and digital twin technology compresses new process development cycles from six months to 72 hours. High power is no longer an isolated hardware parameter but a carrier of intelligent solutions. Equipment manufacturers that offer AI-powered process libraries, remote diagnostics, and cloud-based services are capturing the lion's share of the market transition, with service revenue already accounting for up to 28% of total revenue.

From a global perspective, this trend is equally clear. Despite market fluctuations, research reports still project the global laser cutting machine market to grow from $6.85 billion in 2025 to $18.43 billion by 2034, at a compound annual growth rate of 12%, with the Asia-Pacific region leading with a 37.6% share. High-power fiber laser cutting machines, owing to their extensive applications in automotive, aerospace, and other sectors, are explicitly identified as a core driver of future growth.

III. Mists and Common Sense: When the Tide Recedes, Who Is Swimming Naked?

The high-power market is not all smooth sailing. One conspicuous paradox is that while the laser source—which accounts for a large portion of costs—has dropped to rock-bottom prices, the replacement of plasma and flame cutting by ultra-high-power equipment has not been as overwhelming as expected. Cutting efficiency and quality have not yet achieved a complete substitute for the former, and core components such as high-precision galvanometer systems and specialty optical fibers still rely on imports. The technological breakthrough has not reached its final destination, so the market's full-scale expansion must still await its time.

A deeper risk lies in cyclical fluctuations in demand. In 2024, under the drag of a real estate downturn, equipment procurement in construction machinery, steel structures, and related fields fell 15%–20%, directly causing the laser cutting complete equipment market to experience its first negative growth. This shows that the fate of high-power equipment is closely tied to the macro-infrastructure cycle; once downstream industries enter a cold winter, even superior equipment performance cannot ensure insulation. This temporary market "cooling" filters out speculators while creating room for companies with genuine technological reserves.

The signal of market reshuffling is clear and biting: in 2024, the number of newly established laser companies plummeted 47.24% year-on-year. The industry is transitioning from the lawless "Spring and Autumn period" of wild growth to the "Warring States period" of oligopolistic competition. At this stage, the high-power market not only exists but is becoming a decisive battleground for corporate survival. What is being tested is no longer assembly capability, but a comprehensive contest of core device self-development, software ecosystem building, and global service networks. Companies that have successfully gone global—such as Bodor Laser, which has ranked first in global sales for four consecutive years, delivers 120kW machines within seven days, and derives over 60% of its revenue from overseas—amply demonstrate that technologically superior high-power equipment still enjoys vast international markets.

Conclusion

So, returning to the original question: does the high-power laser cutting machine still have a market? Our answer is this: the market itself remains solid, and with technological progress and industrial upgrading, its ceiling continues to rise. However, the era of universal, inclusive market dividends that benefited all participants has ended.

The high-power market of the future will be even more a game for the strong. It opens its arms to enterprises capable of translating high power into high precision, high efficiency, and high added value, while turning a cold shoulder to speculators who rely merely on power figures to seek attention and deplete themselves in the quagmire of price competition. It is no longer an incremental blue ocean where anyone can scoop a fortune, but a mature deep-water zone where hard-core technology and deep service are prerequisites for survival. It rewards genuine value creation and penalizes superficial imitation. This, perhaps, is the true face of a maturing market.