As one of Asia’s leading professional machine tool exhibitions, this event covered a total exhibition area of 202,000 square meters, gathering over 2,000 enterprises from 27 countries and regions worldwide, with more than 150,000 professional visitors in attendance.
As the core foundation of high-end manufacturing, precision components are widely applied in CNC machine tools, aerospace, new energy vehicles, medical devices, humanoid robots and other key industries, standing out as a major highlight and core technological competition focus of this exhibition.
- High-performance ball screw assemblies: Reaching P2 and above precision grade, featuring extended service life, low noise and enhanced sealing performance, widely adopted in high-precision machining centers and grinding machines.
- High-rigidity linear guide rails: Adopting optimized raceway design with integrated silent structure, delivering high rigidity, strong damping and stable operation for compact high-precision equipment.
- Planetary roller screws: With 3–5 times higher load capacity than traditional ball screws, suitable for high-load and high-precision scenarios such as aerospace and humanoid robot joints.
- High-precision bearing processing equipment: Realizing fully automated production with micron-level machining accuracy and real-time error correction.
High-precision compound turning-milling centers and 5-axis linkage processing equipment were fully displayed, enabling one-clamping and full-process machining of complex parts.
Mineral cast bed bodies, hydrostatic spindles and full-closed-loop control systems were widely equipped to effectively reduce vibration and thermal deformation, ensuring long-term dimensional stability of precision parts.
Ultra-small diameter tool grinding equipment can process micro-components at the micron level, meeting the customized demands of medical treatment, semiconductors and 3C electronics.
Ultrafast laser cold processing technology achieves micro and nano-scale precision machining, solving the processing difficulties of titanium alloy, ceramics and super-hard materials.
Metal additive manufacturing technology supports integrated forming of complex structural parts, reducing assembly errors and improving overall structural strength and durability.
Driven by direct drive, intelligent temperature control, hydrostatic transmission and high-precision feedback technology, component accuracy is evolving from micron level to sub-micron and nanometer level, adapting to the strict requirements of semiconductor and aerospace industries.
Integrated processes such as turn-milling compound and multi-axis combined machining have become mainstream, greatly shortening production cycles, reducing clamping errors and improving overall processing efficiency.
High-strength alloy, special stainless steel, titanium alloy and biocompatible materials are widely used to meet extreme working conditions such as high temperature, corrosion resistance, lightweight and high load.
Digital twin, adaptive processing, online detection and real-time compensation technologies are popularized throughout the production process. Workshop intelligent management systems realize data interconnection to support high-consistency mass production of precision components.
Lightweight component design and energy-saving drive systems effectively reduce energy consumption. Additive manufacturing and laser processing greatly improve material utilization and promote low-carbon upgrading of the precision manufacturing industry.
- Aerospace: Demanding ultra-high dimensional accuracy, high structural stability, high temperature resistance and lightweight design.
- New Energy Vehicles: Focusing on high load resistance, cost control and stable mass production for reducer gears, motor shafts and structural parts.
- Humanoid Robots: Pursuing miniaturization, low noise, high flexibility and high-durability joint transmission components.
- Medical Devices & Semiconductors: Requiring micro-size, high cleanliness, corrosion resistance and biocompatible ultra-precision parts.
- Domestic core products such as ball screws and linear guides have reached the international advanced precision level.
- With outstanding cost performance and complete industrial chain support, local brands are accelerating import substitution in the mid-to-high-end market.
- High-end special materials and key basic technologies still rely on imports.
- There is still a gap in batch consistency and long-term stability compared with international leading brands.
- The global brand influence and high-end market penetration need to be further improved.
This exhibition fully demonstrates the latest achievements and development direction of the global precision component industry.
The industry is moving toward higher precision, more complex processes, intelligent production, high-performance materials and green manufacturing.
Domestic precision component manufacturers have achieved remarkable technological progress and strong market competitiveness.
In the future, driven by booming downstream demand and continuous technological research and development, domestic enterprises will further break through core bottlenecks, strengthen independent controllability of the industrial chain, and accelerate the localization and high-quality development of high-end precision components.