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Representative Automation Clients
Representative Software Clients
Since the beginning of 2026, China’s industrial automation market has experienced an intensive and sustained wave of price increases, emerging as a central focus of industry development. Global leaders such as Siemens and Schneider Electric, alongside major domestic manufacturers including Inovance Technology and Chint Electric, have successively issued price adjustment notices. These adjustments span nearly all core product categories, including PLCs, servo motors, low-voltage electrical appliances, and sensors.
As of January 31, some companies had already implemented a third round of price increases. This concentrated pricing action is not the result of a single trigger, but rather the inevitable outcome of overlapping pressures related to raw materials, core components, and structural changes within the industry. Among these factors, the sharp escalation in memory chip prices has emerged as the most prominent variable shaping the current price hike cycle.
Rising Raw Material Costs as a Foundational Driver
Sustained high prices for core raw materials represent a fundamental incentive behind the current price increases. Non-ferrous metals and rare earth materials such as copper, aluminum, silver, and praseodymium-neodymium have all recorded significant gains, directly pushing up equipment manufacturing costs. Industry data indicates that, on a year-on-year basis, copper prices have risen by over 35 percent, aluminum by about 40 percent, and silver by more than 250 percent as of the end of January 2026.
Copper typically accounts for 30 percent to 50 percent of the total cost of electrical products, while precious metals are essential inputs for passive components such as resistors and capacitors. The rapid escalation in these prices has directly translated into higher manufacturing costs, exceeding the absorption capacity of most equipment manufacturers.
Memory Chip Prices as the Key Differentiator in This Cycle
Soaring memory chip prices have become the defining feature of the 2026 price hike wave and a key factor distinguishing it from previous cycles. Since late 2024, the global memory market has entered a sharp upward trend. In 2025, the price of DDR4 16Gb modules surged by approximately 1800 percent.
Major original manufacturers such as Samsung and SK Hynix have indicated plans to further raise server DRAM prices in early 2026, with potential increases of 60 percent to 70 percent. Within industrial automation equipment, products such as PLCs and industrial computers are increasingly dependent on industrial-grade memory. These components require high reliability and lengthy validation cycles, making cost avoidance through material substitution impractical.
A 40 percent to 50 percent increase in memory chip prices has directly eroded gross margins for core automation products, leading to particularly pronounced price increases in mid-range PLCs, industrial computers, and related categories.
Profit Pressure and the Reshaping of Pricing Power
Industry-wide profit pressure and a restructuring of pricing power have also played a critical role. For many years, the industrial automation sector has faced the challenge of growing revenues without corresponding profit growth. Ongoing increases in labor, research and development, and logistics costs have steadily compressed margins for both international leaders such as Siemens and Schneider Electric and domestic manufacturers such as Inovance Technology.
Against the backdrop of an industry recovery in 2026, leading domestic and international vendors have moved first to raise prices. These actions are intended not only to restore profit margins but also to reassert pricing power by increasing list prices and tightening discount structures, rather than simply passing all cost pressures downstream. Domestic manufacturers are simultaneously pursuing product iteration, component optimization, and large-scale procurement to offset upstream cost volatility, while foreign-funded brands have adopted more targeted pricing strategies, applying differentiated adjustments to discontinued models and mature product lines to balance profitability with market acceptance.
Supply Constraints and Structural Implications Across the Value Chain
Further intensifying the situation, the global copper ore supply gap in 2026 is projected to reach between 362,000 and 407,000 tons, according to a December 2025 forecast by UBS. Ongoing chip shortages have extended delivery cycles for some components to more than six months, amplifying the transmission of price increases through supply-demand imbalances.
For end users, large manufacturing enterprises are better positioned to mitigate the impact of price hikes by securing long-term price-locking agreements with major equipment suppliers. Small and medium-sized enterprises, by contrast, face limited bargaining power, and rising procurement costs are placing additional pressure on already constrained gross margins.
At the distribution level, low-value-added distributors that rely primarily on price differentials are encountering growing survival challenges and are increasingly being phased out. This dynamic is accelerating tighter coordination between upstream and downstream players, pushing the industry toward more integrated and cooperative supply chain models. Structurally, international giants continue to reinforce their dominance in the high-end market, while leading domestic manufacturers in China are rapidly expanding market share through cost-performance advantages. Smaller equipment manufacturers, however, face an increasing risk of gradual elimination.
Long-Term Implications for Industry Restructuring
Overall, the multiple rounds of price increases in 2026 are expected to continue permeating every segment of the industrial automation value chain, producing deep and lasting effects on industry structure. These shifts are intensifying market differentiation, accelerating the pace of domestic substitution, and compelling the entire industrial ecosystem to reassess and optimize its long-term development trajectory.