Dear Valued Customers and Partners,
We are transcending geographical boundaries to attend the premier global metalworking event — AMB 2026 in Stuttgart, Germany. As a professional manufacturer of surface grinding machines, we look forward to showcasing our precision technology, defined by our commitment to "Masterful Craftsmanship, Pursuing Perfection at the Micron Level," and presenting the latest grinding solutions developed specifically to meet the high standards of the European market.
- ◆ Exhibition Dates: September 15 – September 19, 2026
- ◆ Venue: Messe Stuttgart, Germany
- ◆ Booth Number: 5D80
"Quality means doing it right when no one is looking."
Origin and Background of AMB
Held biennially since 1982, AMB is located in Stuttgart, Germany—the industrial heart of the country and home to automotive giants such as Mercedes-Benz and Porsche. It serves as a trendsetter for precision metalworking technology in the European market, attracting top-tier global manufacturers of machine tools, cutting tools, measuring instruments, and precision components.
Exhibition Highlights
- ◆ Professional Technical Focus: Unlike general industrial shows, AMB specializes in "machining" and "metalworking" technology. The audience consists primarily of professional engineers and buyers with key decision-making authority.
- ◆ Benchmark for "Made in Germany": The show acts as the ideal gateway for entering the European market, particularly for integration into the German automotive and aerospace supply chains.
Key Themes: AI-Powered Sustainable Manufacturing
- ◆ Digitalization & Networking: AMB 2026 will feature comprehensive applications of umati (universal machine tool interface), enabling seamless data integration across machines from various brands.
- ◆ Smart Grinding: In the field of grinding, we are focusing on utilizing advanced sensors for "real-time online measurement" and "grinding wheel balancing compensation" to achieve superior surface finishes.
- ◆ Sustainability: We will demonstrate how energy monitoring systems can effectively reduce the carbon footprint during high-precision machining processes.