Japan Auto-ID Expo: Vanch Steals the Spotlight

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2025-09-15 15:44

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The 27th Auto-ID & Communication Expo (AUTO-ID & COMMUNICATION EXPO) was held at Tokyo Big Sight from September 10th to 12th, 2025. As Japan's only professional exhibition covering the entire spectrum of automatic identification, the expo attracted 400 exhibitors and 23,000 visitors from around the world, showcasing innovative advancements in the integration of automatic identification with cutting-edge technologies such as AI and the Internet of Things. Shenzhen Vanch Intelligent Co., Ltd. (Booth No. A-11) showcased its core industrial-grade RFID products and industry solutions, becoming a focal point of the exhibition thanks to its extensive technical expertise and global service capabilities.

Focus on technology integration and highlight industrial-grade advantages

This year's exhibition, centered around the theme of "AI-driven Automatic Identification Technology Innovation," highlighted breakthroughs in the application of technologies like image recognition, biometrics, and RFID in smart manufacturing and smart logistics. As a national high-tech enterprise and a specialized and innovative enterprise, Vanch Intelligent's industrial-grade RFID product line perfectly aligned with the technological trends at the exhibition. Its core industrial-grade readers were a highlight for their exceptional performance. These readers, certified by RoHS, CE, FCC, and UL, support ultra-high frequency (UHF) frequencies, offer an adjustable read range of 0 to 30 meters, and boast a high-speed group read rate exceeding 1,000 tags per second. Equipped with an anti-metal interference algorithm and IP67 protection, they operate stably in harsh industrial environments such as high temperature, high humidity, and dust, resolving the pain point of traditional identification equipment's lack of reliability in complex scenarios.

At the exhibition, Vanch Intelligent showcased solutions for the deep integration of industrial readers with various industry scenarios. Specifically for automotive manufacturing MES intelligent production lines, its industrial readers accurately identify component labels on the assembly line, enabling automated traceability and process control of production processes. Its integrated reader solution for vertical warehousing, in conjunction with IoT sensor networks, captures cargo location information in real time, enabling unmanned inventory and scheduling in warehouse logistics. This solution aligns closely with the "visualization of logistics sites" concept championed at the exhibition.

Deeply cultivating industry needs and demonstrating global application strength

Founded in 2006, Vanch Intelligence has been dedicated to the research and development of intelligent sensing wireless radio frequency technology for 19 years. At this exhibition, they showcased a comprehensive range of proven application cases in 3C electronics, photovoltaic lithium batteries, and semiconductor manufacturing. According to the on-site representative, the company's industrial-grade readers have been widely used in over 2,000 projects, serving over 70 countries and regions worldwide. The company has extensive experience in customization, particularly in precision manufacturing scenarios such as semiconductor cleanrooms and new energy battery production lines. The company can provide comprehensive technical support, from hardware selection to software adaptation, tailored to customer needs.

In response to the "unmanned solutions" trend highlighted at this exhibition, Vanch Intelligent's WMS digital asset management system garnered enthusiastic attention. This system, utilizing industrial-grade readers as its core sensing device and integrated with AI algorithms, has significantly increased asset utilization by over 30% and inventory efficiency by 80%, perfectly embodying the exhibition theme of "Labor-Saving, Unmanned Operation." Numerous visitors from the Japanese manufacturing and logistics industries stopped by the booth to inquire about the technical specifications of the industrial readers and potential collaborations.

Based on the Asian market, deepen technical exchanges and cooperation

The Auto-ID Japan Exhibition, a key platform for the exchange of automatic identification technology in Asia, brought together industry leaders from Asia, America, and Europe. Vanch Intelligent's participation in this exhibition was not only a showcase of its technological strength, but also a significant step in deepening its global presence. Leveraging its combined strengths in software design services and hardware R&D capabilities, the company secured preliminary partnerships with several Japanese companies during the exhibition, covering areas such as automotive parts traceability and smart warehousing upgrades. The high reliability and customization capabilities of its industrial-grade readers were key highlights of these discussions.

Booth A-11 served as Vanch Intelligent's "technology window," showcasing its comprehensive industry chain capabilities, from RFID tags and industrial-grade readers to complete solutions. Facing the accelerating convergence of AI image recognition and automatic identification technologies, a Vanch Intelligent on-site technician stated, "The complexity of industrial scenarios demands more reliable sensing technologies. The synergy between RFID and AI will be a key enabler for future intelligent manufacturing. As the core entry point for data collection, the performance of industrial-grade readers directly determines the overall system efficiency."

During this trip to Japan, Vanch Intelligent fully demonstrated the development of China's industrial-grade RFID technology through product demonstrations and technical exchanges. As a key step in its global development, the company will continue to uphold its "Complete Solution" service philosophy, providing global customers with more accurate and efficient intelligent sensing solutions and promoting the in-depth application and innovative development of automatic identification technology in the industrial sector.