my country has made it clear that starting from June 30, 2026, it will implement standardized and hierarchical export controls on grinding machines, milling machines, and punch machine related products. The news has attracted widespread attention in the global manufacturing field.
This policy does not ban exports across the board, but divides control levels according to the number of CNC axes and machining accuracy of the equipment, tightens the export approval of high-end and multi-axis precision machine tools, and strengthens the full-process traceability supervision of purchasing entities and end-use equipment.
The core starting point of the introduction of the new policy is to maintain the safety bottom line of my country’s industrial base industry, fulfill the international responsibility for the non-proliferation of dual-use items, and regulate the regulatory loopholes caused by the previous extensive export sales.
The new export regulations for grinding machines, milling machines, and punching machines have clear hierarchical standards. There is no extreme operation to completely stop exports. The control intensity is gradually increased with the sophistication of the equipment.
Ordinary single-axis manual simple machine tools have CNC linkage functions and are only used for basic rough machining. They are not within the scope of control and can be exported normally. A licensing approval system is implemented for two- to three-axis mid-range CNC equipment, which is only for overseas enterprises with complete qualifications and purely for civilian manufacturing purposes.
To release, strictly check the procurement qualifications and processing categories to eliminate the risk of equipment circulation; the control standards for high-precision linkage machine tools with five axes and above are the strictest. This type of equipment can process special alloy precision parts and has the potential for military industrial transformation. Risk purchasers will basically not approve and release.
The nature of the policy is a normalized industrial regulatory adjustment, rather than setting up barriers for specific countries.
India’s local machine tool industry chain is inherently weak, and more than 70% of processing equipment relies on imports. China’s mid-range CNC machine tools have long occupied the core share of its import market with high cost performance, supporting the expansion of the country’s pillar industries such as automobiles, new energy, and military industry.
There are fundamental shortcomings in India’s domestic machine tool manufacturing capabilities. Domestic production capacity can only cover less than 30% of market demand. High-precision CNC processing equipment is almost completely dependent on overseas imports. The overall equipment dependence on foreign countries remains above 70% all year round.
Local manufacturers can only produce low-end ordinary machine tools. They rely on outsourcing of core supporting equipment such as CNC systems, precision spindles, and transmission components. They do not have the capacity to produce mid-range and large-scale CNC machine tools.
Among the sources of imports, China is the largest supplier of metal cutting and forming machine tools to India. In 2025, Chinese-made equipment will account for more than 40% of India’s imported CNC machine tools. Mid-range CNC grinders and milling machines will fully occupy the Indian small and medium-sized factory market with their price and delivery cycle advantages.
In the first quarter of 2026, India has become my country’s largest export destination for machine tools. A large number of automobile, photovoltaic, and electronic processing plants have rapidly expanded production relying on affordable domestic equipment.
High-end machine tools from Germany and Japan are expensive and have long delivery times. They are unable to meet India’s demand for high-volume, low-cost factory construction. They will be difficult to replace the market position of Chinese equipment in the long term. The imbalance of the industrial supply structure leaves India with no buffer space in the face of new control policies.
Affected by the New Deal, the original equipment import rhythm of a large number of small and medium-sized manufacturing companies in India was directly disrupted, and problems such as supply lags and order delays occurred in a short period of time.
Most local small and medium-sized factories in India do not have stable long-term import qualifications. In the past, they relied on middlemen to ship goods in batches to simplify procedures. The new regulations require each batch of equipment to be reported separately and provide downstream use certificates. The operating costs of middlemen have increased significantly. Many traders have chosen to reduce their machine tool procurement business from China, further exacerbating the tight supply of local equipment. Many small processing plants have begun to reduce the operating hours of production lines and delay the launch of new products. The wait-and-see sentiment in the market continues to spread.
Specifically at the level of each pillar industry, the automobile industry is the core pillar of India’s manufacturing industry. Its vehicle production highly relies on CNC grinders and milling machines to process core components such as engines, gears, and brake discs.
After export controls were tightened, the import approval cycle for mid-range CNC equipment was lengthened, and new equipment procurement channels shrank. Companies had no choice but to turn to German and Japanese manufacturers for alternatives. Equipment procurement costs doubled, and the delivery cycle was extended from two months to more than half a year.
A large number of car companies have been forced to shelve their original production expansion plans. The rising cost of parts processing continues to be transmitted to the end selling price of complete vehicles, weakening the competitive advantage of Indian cars in global emerging markets. The pace of the global automobile manufacturing center strategy promoted by the Modi government has slowed down significantly.
The new energy and electronics foundry tracks are also affected. In recent years, India has vigorously supported the photovoltaic energy storage and consumer electronics foundry tracks, trying to undertake the transfer of global midstream and downstream industries. The processing of aluminum foil, battery accessories, and precision metal components are all inseparable from CNC grinders and milling machines.
After the implementation of the New Deal, the supply of mid-range CNC equipment required for new production lines was limited. New energy factories under construction generally faced equipment supply shortages and construction delay problems, making them lose their key cost advantage in the global competition for industrial transfer, and foreign investment willingness simultaneously declined.
In addition, Indian military precision processing has also encountered bottlenecks. This new policy implements strict flow restrictions and full traceability review for multi-axis precision equipment. The previously existing gray transportation channel for civilian procurement to be transferred to military industry has been completely blocked, and the advancement of India’s localized weapons manufacturing plan has been hindered.
At present, India has no effective alternatives in the short term. Increasing the purchase of high-end machine tools from Europe, the United States and Japan requires high costs and long delivery cycles, which small, medium and micro enterprises cannot afford. It seeks supplies from small machine tool manufacturers in Turkey and Southeast Asia, but their equipment is not precise enough to adapt to high-end manufacturing scenarios.
In the long run, India’s machine tool industry chain lacks supporting facilities, and core technologies such as CNC systems and precision transmissions are blank. The construction of a complete industrial chain requires at least three to five years, and there is a large gap in relevant professional talents. In the next few years, the Indian manufacturing industry will continue to suffer from development constraints caused by insufficient equipment supply.
