2025 Intelligent Manufacturing Wave: Transformation and Breakthroughs in the Automation Equipment Industry
Release date:
2025-11-19
As manufacturing shifts from labor-driven to intelligence-driven, automation equipment has become the digital cornerstone reshaping global industry. In 2025 the global automation equipment market is expected to exceed RMB 15 trillion, with China accounting for about 30% of that growth. This trillion-yuan opportunity, aligned with the "Made in China 2025" strategy, offers fertile ground for domestic substitution but also faces critical bottlenecks in core components.
As manufacturing shifts from labor-driven to intelligence-driven, automation equipment has become the digital cornerstone reshaping global industry. In 2025 the global automation equipment market is expected to exceed RMB 15 trillion, with China accounting for about 30% of that growth. This trillion-yuan opportunity, aligned with the "Made in China 2025" strategy, offers fertile ground for domestic substitution but also faces critical bottlenecks in core components.
From Single-Machine Intelligence to Systemic Revolution
AIoT Rewires the Equipment “Nervous System”
In 2025 automation equipment is advancing in both “brain” and “senses.” Edge AI chips under $10 enable self-diagnosis in 60% of industrial devices. Huawei’s 5G + Industrial Internet deployment at Baosteel cut equipment fault response time from 2 hours to 15 minutes. Digital twin breakthroughs have raised the share of flexible production lines from 18% in 2023 to 35%, enabling second-level switches for small-batch customized production.
Domestic Breakthroughs in Core Components
While sub-7nm chip processes remain constrained, local firms are making key gains in niche areas. The smart sensor market reached RMB 120 billion in 2024; nano- and fiber-optic sensors now provide the precision data foundation to challenge foreign monopolies.
Green Tech Reshapes Equipment Design
China’s carbon goals are redefining equipment benchmarks. Xinshida’s “carbon-neutral” robot models achieve 30% lifecycle carbon reductions; energy-efficient equipment is growing over 30% annually. Air-bearing technology, using high-pressure air for frictionless motion, is replacing mechanical transfer in semiconductor fabs—cutting carbon footprints while improving precision, and emerging as a model for green intelligent manufacturing.
From Traditional Manufacturing to Full-Field Penetration
Industrial Automation: Concurrent Stock Replacement and New Growth
China’s industrial automation market is projected at RMB 900 billion in 2025, with automotive, electronics, and chemicals accounting for over 75%. More than 60% of demand comes from replacement of existing equipment, providing steady growth. In new energy vehicles, coating and slitting in battery production require ±0.1 μm precision, accelerating import substitution by firms such as Lead Intelligence and WincoTech.
Emerging Tracks: Automation Awakens New Sectors
Medical automation is expanding—surgical robot penetration rose from 1% in 2019 to 8%, improving success rates by 15%. The logistics automation market is expected to reach RMB 135 billion in 2025; JD.com’s unmanned warehouses are 5–8× more efficient than traditional facilities. Agricultural automation is seeing explosive growth: the smart farm machinery market is about RMB 22.4 billion, and plant-protection drones are 50× more efficient than manual labor, boosting agricultural productivity by ~20%.
Competitive Landscape: From Oligopolies to Ecosystem Competition
Internet giants are rewriting industry rules, while startups leverage flexible tech to meet long-tail needs. Collaborative robots in 3C assembly now reach ±0.02 mm precision. Regionally, RCEP tariff advantages pushed China’s equipment exports to $52 billion in 2023, but the EU’s CBAM may add 8–12% import costs, driving firms to build regional production networks.
Policy Enablement: From Funding to Ecosystem Building
The 14th Five-Year Plan requires 70% of large manufacturers to achieve digitization and aims to raise robot density from 250 to 400 units per 10,000 workers. The “Plan to Promote Industrial Equipment Renewal” targets a >25% increase in equipment investment by 2027 versus 2023, directly stimulating upgrades. A national intelligent manufacturing fund of RMB 50 billion prioritizes domestic CAD/CAE and high-end sensor R&D.
Local Government Innovation
Local initiatives—such as a “100 Robot New Product Projects” program—offer up to 30% R&D subsidies for collaborative and medical robots. The National Medical Products Administration’s “innovative special review” for medical robots has cut上市审批 cycles by over 50%.
Future Challenges and Paths to Breakthrough
Despite expanding markets, three major challenges persist: a technology gap resulting in sub-10% domestic localization for high-end CNC machine tools and industrial software; a 32% YoY rise in global smart device security vulnerabilities in 2023; and geopolitical risks disrupting semiconductors and precision reducers. Responses diverge: leaders like Foxconn invest over RMB 10 billion annually to build patent barriers, while SMEs pursue industry–university–research partnerships to overcome technical hurdles. At this 2025 inflection point, the automation equipment industry is undergoing a dual transformation—intelligent and green—creating both pressure and opportunity for market leaders and challengers alike.
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As manufacturing shifts from labor-driven to intelligence-driven, automation equipment has become the digital cornerstone reshaping global industry. In 2025 the global automation equipment market is expected to exceed RMB 15 trillion, with China accounting for about 30% of that growth. This trillion-yuan opportunity, aligned with the "Made in China 2025" strategy, offers fertile ground for domestic substitution but also faces critical bottlenecks in core components.
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Riveting Press: An Introduction to the Riveting Press
Rivets may seem unassuming in everyday life, yet they are widely used across society. From aerospace and aviation to office equipment, electronics, and even playground facilities—and even extending to items like leather bags and fashion accessories—rivets play a crucial role in countless applications. As society continues to evolve, press riveting machines have become increasingly diverse in design and functionality. Press riveting machines are primarily used for joining solid rivets, hollow rivets, and other types of fasteners. The solid end of a rivet can be shaped into either a flat head or a mushroom head, while hollow rivets can be crimped to create a flared effect.
How to ensure the riveting press remains in proper working condition
The riveting process performed by press riveting machines offers several distinct advantages, notably in terms of consistent quality, superior surface finish, enhanced production efficiency, and the ability to prevent deformation. Thanks to these outstanding benefits, there are various types of press riveting machines designed using this method. The two most common types are portable and stationary models. Riveting is typically categorized into two methods: impact riveting and static-pressure riveting. However, static pressure is the preferred approach for most applications, and within this method, there are two primary techniques: riveting with a pin and riveting without a pin.
Clamp Assembly Equipment: An Introduction to Metal Clamp Assembly Devices
Metal clamp assembly equipment in the automotive industry is primarily used for components such as engine intake manifold interfaces, exhaust pipe interfaces, and cooling intake pipe interfaces. This makes it relevant to both gasoline and diesel engines. 1. Passenger cars are mainly powered by gasoline engines. Applications include intercooler intake connections, coolant water connections, turbocharger end connections, exhaust system connections, and gasoline fuel line connections.
Shandong Mingzhida Automation Technology Co., Ltd., established in 2019 and headquartered in Lixia District, Jinan City, is a comprehensive high-tech automation enterprise integrating industrial automation R&D and manufacturing, control system development, and the integration of automated systems. The company holds multiple nationally recognized patented technologies and has also secured numerous software copyrights.
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