In the first quarter of 2026, the precision machining industry delivered impressive results. But even more noteworthy than the data itself is the profound shift in the industry's underlying dynamics that these figures reveal.
When Okeyi announced a year-over-year increase in net profit of more than 27 times, when the average export price of Chinese machine tools soared by 71% year-over-year, and when domestically produced precision measuring instruments successfully broke foreign monopolies-these seemingly isolated events actually point to the same core conclusion: the precision machining industry is transitioning from "scale expansion" to "value creation," and the competitive landscape has been completely transformed.
Based on actual data and major events from the first quarter of 2026, this article will systematically analyze the structural transformation the industry is undergoing and attempt to answer a core question: Is this round of industry growth merely a cyclical rebound, or a trend reversal?
What makes this set of data so striking is not only the magnitude of the growth itself, but also the shifts in the industry landscape it reveals.
The direct driver behind this surge in performance is the simultaneous increase in both volume and price. Since March 2026, leading companies such as Oukey, Huarui Precision, and Zhangyuan Tungsten have successively issued price increase notices, raising prices across their entire product lines. The ability to successfully implement across-the-board price increases for downstream customers demonstrates that the product quality and brand pricing power of leading domestic cutting tool manufacturers have reached a new level. This is not merely a simple cost pass-through, but a substantive shift in pricing power within the industry.
A deeper driving force is the combined effect of rising raw material prices and industry consolidation. The price of tungsten carbide-which accounts for over 65% of the cost of cemented carbide cutting tools-has continued to climb, reaching historic highs. While this poses a "matter of survival" for cash-strapped small and medium-sized enterprises, for leading companies with ample capital and sufficient inventory, it presents a strategic window of opportunity to consolidate the market and expand their market share.
This signifies that the cutting tool industry is undergoing a "supply-side reform" triggered by "cost pressures," and an era where the strong grow stronger has arrived.
Equally noteworthy as the cutting tool industry are the structural changes in China's machine tool import and export data.
According to statistics from the General Administration of Customs for January–February 2026:
· Export value: Up 15.70% year-on-year
· Export volume: Down 22.10% year-on-year
· Average export price: Soared 71.04% year-on-year, reaching $0.124 million per unit
During the same period, both the volume and value of machine tool imports declined, falling by 28.60% and 3.90%, respectively.
The significance of this data goes far beyond the surface. While export volume has decreased, the sharp increase in value indicates that high-value-added CNC machine tools are becoming the mainstay of exports. China's machine tool industry is shifting from a model of "selling iron clunkers" to one of "technology export," gaining genuine bargaining power in the international market.
The simultaneous decline in both import volume and value, coupled with leading domestic enterprises actively upgrading their high-end products, indicates that domestic substitution is entering a "critical phase." Shenyang Machine Tool has released 9 upgraded products across 4 categories, including five-axis machining centers; Genesis has launched its fifth-generation vertical machining centers targeting sectors such as new energy vehicles and AI servers. Domestic demand for high-end equipment is now being met by domestic manufacturers, rather than relying solely on overseas suppliers.
What is even more noteworthy is that this round of export structure optimization is taking place against the backdrop of a manufacturing recovery in developed countries (with PMI indices in the U.S. and Europe in the expansionary range). Leveraging its cost-performance advantage and technological progress, China is capturing market share that previously belonged to traditional machine tool powerhouses such as Japan and Germany.
If breakthroughs in cutting tools and machine tools represent achievements "above the surface," then breakthroughs in upstream core areas such as precision measuring instruments constitute the more fundamental and critical forces "below the surface."
In the first quarter of 2026, General Technology Harbin Measuring Instrument Co., Ltd. got off to a strong start: output value increased by 9% year-on-year, new contracts signed rose by 12% year-on-year, and the company successfully won a centralized procurement project worth over 46 million yuan from Harbin Electric Group.
However, what deserves the most attention is not these operational figures, but the company's technological breakthrough: Harbin Precision Instrumentation has successfully developed a gear measurement center that breaks foreign monopolies. The product can measure diameters up to 2.7 meters, meeting the high-precision testing demands of high-end sectors such as wind power and robotic RV reducers, with full independent control over its core components (mechanical structure, software, and probes).
Why is this achievement so significant?
First, precision measuring instruments are often referred to as the "source of precision for machine tools." For a long time, the high-end measuring instrument market has been monopolized by international giants such as Germany's Klingelnberg and the U.S.'s Gleason. Without independent and controllable high-precision measurement capabilities, improving the overall precision of machine tools is like "water without a source." Harbin Precision's breakthrough signifies that China is beginning to gain a voice in the most fundamental segment of the machine tool industry chain.
Second, this breakthrough directly addresses the "bottleneck" needs of emerging high-end manufacturing sectors. Humanoid robot RV reducers, high-precision gears for new energy vehicles, and large-scale gears for wind power-these emerging fields demand extremely high measurement precision, and the domestic market had previously relied heavily on imported equipment. The breakthrough in domestically produced high-end measuring instruments has cleared a key obstacle for the development of these downstream industries.
Third, Harbin Gauge's case provides a reference path for the transformation and upgrading of traditional state-owned manufacturing enterprises. As a veteran state-owned enterprise dating back to the First Five-Year Plan era, Harbin Gauge has been revitalized through sustained R&D investment (tens of millions of yuan annually), digital transformation, and talent development. This demonstrates that in the precision machining industry-which requires long-term accumulation-the combination of "legacy expertise" and "new investment" can generate formidable competitive strength.
Kede CNC has signed an agreement with Shanghai Aircraft Manufacturing Co., Ltd., a subsidiary of COMAC, to jointly establish a Center of Excellence for Innovation. The landmark significance of this event lies in the fact that domestically produced high-end five-axis machine tools have officially entered the challenging field of commercial aircraft component manufacturing.
The aerospace manufacturing industry places extremely high demands on machine tools-requiring not only precision but also stability and reliability. The fact that these machines have entered COMAC's supply chain demonstrates that domestically produced five-axis machine tools have made the leap from being "usable in the laboratory" to being "effective on the production line."
Meanwhile, Beijing Jingdiao announced in March the launch of a machine tool with a repeat positioning accuracy of less than 1 micron, specifically designed for ultra-high-precision applications such as semiconductors and precision optics, and has already achieved large-scale application in the machining of humanoid robot components.
These technological breakthroughs collectively point to a trend: domestic high-end machine tools are evolving from merely "being capable" to "performing well and reliably," and from "replacing imports" to "competing on equal footing with international giants."
The key difference between this round of growth in the precision manufacturing industry and traditional cycles is that downstream demand no longer comes from traditional sectors such as infrastructure projects, but rather from emerging fields such as humanoid robots, AI servers, aerospace, and new energy.
The Xi'an International Machine Tool Exhibition and the Wuxi Industrial Expo, held back-to-back in March 2026, sent a strong signal: high-end five-axis machine tools for manufacturing core components of humanoid robots have taken center stage.
The machining of precision components for humanoid robots places extremely high demands on equipment:
· Harmonic reducers and RV reducers require micron-level machining accuracy
· Joint modules require the ability to machine complex surfaces
· Mass production requires high efficiency and stability
This is precisely where precision machining technology comes into its own. The collaboration between Beijing Jingdiao and Dongguan Zhongyan will introduce more than ten precision CNC machining centers for the production of humanoid robot components, marking the entry of this sector into the phase of large-scale implementation.
The explosive growth of AI servers has posed unprecedented challenges to PCB drilling processes. Thicker boards, more layers, smaller hole diameters, and higher reliability requirements-all of these factors are driving the evolution and upgrading of precision machining technologies.
Dier Laser's ultra-fast laser precision processing equipment for electronic-grade resin-based composite materials used in PCBs has completed material validation and is set to be delivered to leading customers for mass production verification. This development signals that PCB drilling processes may soon see dual improvements in both speed and precision, enabling them to meet the demands of ultra-high-speed applications such as AI servers.
Data released by DISCO, a leading Japanese wafer-slicing machine manufacturer, shows that driven by strong demand for generative AI, its shipment value for January–March 2026 reached 98.1 billion yen, a year-over-year increase of 28.2%, setting a new quarterly record; total shipments for fiscal year 2025 reached 358.8 billion yen, marking a record high for the sixth consecutive year.
These figures reflect that precision processing equipment in the upstream segment of the semiconductor supply chain is currently in a strong growth cycle, and this trend is sustainable rather than a short-term spike.
The global precision machining market is undergoing a restructuring of its supply chains. Driven by incentive policies totaling over $100 billion-such as the U.S. CHIPS Act and the EU Sovereign Fund-reshoring and nearshoring in North America and Europe are accelerating.
Hass Automation is investing $300 million to build a spindle factory in Nevada, while GKN Aerospace is upgrading automated production lines at its Swedish facility-these examples demonstrate that "risk mitigation" is becoming a key consideration in global manufacturing strategies.
The reshoring of manufacturing in Europe and the United States faces a key bottleneck: a severe shortage of skilled workers. The United States is projected to face a shortage of 2.1 million manufacturing workers by 2030.
This challenge has forced European and American companies to widely adopt "lights-out factories" (24-hour unmanned production) and automated production lines to compensate for the labor shortage, thereby creating strong demand for high-precision, highly automated machining equipment.
The restructuring of global supply chains is a "double-edged sword" for Chinese companies:
· Challenges: The trend toward regionalization of supply chains may create barriers to the export of Chinese precision-machined products, as some customers may require suppliers to establish local manufacturing facilities.
· Opportunities: The demand gap in European and American markets for cost-effective automated equipment and precision components offers Chinese enterprises with strong technical capabilities and cost control a window of opportunity to enter their local supply chains.
The key lies in whether Chinese enterprises can seize this window of opportunity and upgrade from "product exports" to "capability exports."
In the first quarter of 2026, a series of major events in the precision machining industry collectively pointed to a clear trend: the industry's core driver has shifted from "cost advantages" to "technological advantages," and competitive barriers are evolving from "production capacity" to "core technological capabilities."
For companies operating in this sector, their ability to seize the opportunities presented by this round of technological upgrades and the restructuring of global supply chains will determine their standing in the industry during the next phase. For investors monitoring this sector, it is essential to look beyond short-term performance fluctuations and focus on companies' technological accumulation, product portfolios, and strategic positioning.
Precision machining is the "rice of industry" and serves as a key indicator of a nation's manufacturing capabilities. The changes observed in the first quarter of 2026 give us reason to believe that China's precision machining industry is entering a new phase of transition from "big" to "strong."
