The machining industry has a future, but it is no longer an era of “relying on hard work and fighting for low prices”, but a structural opportunity of “high-end, precision and intelligence”.
The truth in 2026 is: low-end involution, high-end shortage, policy push, and new tracks breaking out.
1. Current status of the industry: polarization, ice and fire
Low-end (three-axis, ordinary turning, batch roughing): low threshold, price war, thin profits, stagnant wages, and high risk of being replaced by automation.
High-end (five-axis, turn-milling, precision molds, new energy/robot parts): demand exceeds supply, high salary makes it difficult to recruit, and profits are huge.
Two and four deterministic opportunities (2026–2030)
1.
Emerging tracks are breaking out
Humanoid robots: harmonic/RV reducers, joint parts, lead screws, with shipments expected to +247% in 2026.
New energy vehicles: motor shaft, battery structural parts, electronic control housing, accuracy 0.01–0.005mm.
Semiconductor/AI server: demand for liquid cooling plates, chip carriers, precision cavities, drilling and tapping/turning and milling composites has surged.
Aerospace/Medical: five-axis, ultra-precision, titanium alloy/stainless steel processing, high unit price and stable payment.
2. Strong policy support
Old machine tools (which have been in service for more than 10 years) are forced to be updated. Hundreds of thousands of machines are waiting to be replaced across the country, with a market worth hundreds of billions.
200 billion special treasury bonds + interest discount for technological transformation, and 50% subsidy for high-end equipment purchase.
Key points of the 15th Five-Year Plan: Domestic replacement of industrial mother machines, accelerated breakthroughs in five-axis/CNC systems.
3. Equipment upgrade + domestic substitution
Domestic five-axis (Cod/Haitian) has an accuracy within 5μm, which is close to imports and has high cost performance.
Intelligent machine tools: AI adaptive, automatic tool changing, online inspection, efficiency + 30%, labor – 50%.
4. Talent gap: High salary to grab people.
Comprehensive talents who know five-axis programming + technology + debugging + quality control, with a monthly salary of 15,000-30,000, are not available.
A “pure physical position” that only operates machines, sets knives, and presses buttons, with a monthly salary of 5-7k, which can be replaced.
3. The way out for ordinary people/small factories (pragmatic suggestions)
Stop doing low-price batch jobs: three-axis, ordinary turning, the more you work, the more tired you will be, and the profits will be thinner.
Upgrade equipment and skills as soon as possible:
Equipment: five-axis/turning and milling/drilling and tapping center to handle new energy/robot orders.
Skills: Learn programming, technology, tooling, measurement, quality system, and work in a “technology + management” position.
Card segment segmentation track: focusing on robot reducers, new energy motor shafts, medical precision parts, etc., small and precise, with high gross profit.
Embrace digitalization: CAM automatic programming, simulation, MES production management, improve efficiency and reduce costs.
4. Conclusion: It’s not that there is no future, it’s that you have to upgrade
Machining is the mother of industry and there will always be demand, but the low-end is eliminated and the high-end is rising.
In the next 3–5 years: 80% of profits will be concentrated in 20% of high-end enterprises/technical talents, and the remaining 80% can only be divided into small profits.
In a word: in decline, the cards are being shuffled; coolies die, technology survives.
