This article delves into the innovative application of long-range scanning technology in heavy industry warehousing scenarios. Through the practical case of the globally leading steel enterprise NISCO, this article demonstrates how the AUTOID Q7 long-range scanning mobile computer overcomes the barcode identification challenges of high-level steel stacks, providing an efficient solution for the automation and intelligent upgrading of steel industry warehouses.

User Background

In terms of technological competitiveness, NISCO ranks 10th among global steel enterprises, 141st among China's Top 500 Enterprises, 61st among China's Top 500 Manufacturers, sixth among enterprises in Jiangsu Province, and first in Nanjing City. In 2022, NISCO produced over 5 million tons of steel annually, ranking first among the main member enterprises of the China Iron and Steel Association in terms of economic benefit indexes, full labor productivity, per capita taxes and profits, and per capita profits.

Challenges

In the process of promoting warehouse automation, NISCO faces a specific technical challenge, steel is typically stacked at heights of two to three meters, making it difficult for warehouse personnel to effectively read barcodes on the steel using ordinary mobile devices during daily inventory counting, inbound, and outbound operations. This physical limitation severely constrains operational efficiency and has become a major obstacle to achieving efficient and precise warehouse management.

Traditional scanning methods expose a series of operational bottlenecks in the high-level stack steel warehouse environment:

• Low operational efficiency: Operators need to climb or use auxiliary tools to get close to the barcodes for scanning, resulting in cumbersome and time-consuming processes, becoming an efficiency bottleneck in daily operations.
• High labor and equipment costs: Inefficient workflows lead to increased labor demand, while high device wear and tear due to an incompatible environment raise overall operational costs.
• Difficulty in ensuring inventory accuracy: Scanning difficulties may lead to missed or incorrect scans, causing discrepancies between system inventory data and actual stock, affecting production planning and supply chain coordination.

After deploying the AUTOID Q7 long-range scanning mobile computer, NISCO's steel warehouse management achieved significant improvements in efficiency and accuracy:

• Manifold increase in operational efficiency: Leveraging the device's ultra-long-range scanning capability, overall warehouse operational efficiency improved by 100% compared to previous methods.
• Revolutionary improvement in scanning efficiency: The 15-meter ultra-long-range identification capability allows operators to complete scans without moving, greatly reducing ineffective walking time.
• Comprehensive cost optimization: While improving operational efficiency, it reduced labor costs arising from inefficient operations, and the industrial-grade design lowered equipment maintenance expenses.
• Guarantee of data accuracy: Fast and accurate scanning directly improved the accuracy and real-time nature of inventory data, laying the foundation for refined management.

The solution adopted by NISCO is the SEUIC AUTOID Q7-(Grip) long-range scanning mobile computer, designed specifically for demanding industrial environments:

• Ultra-long-range scanning: Effective identification distance of up to 15 meters, perfectly covering the standard 2-3 meter high stacks in steel warehouses, allowing operators to easily complete all scanning tasks from ground level.
• Advanced intelligent identification: Equipped with advanced long-range barcode identification technology, it can effectively handle potential low-light conditions and reflective interference from steel surfaces in steel warehouses, ensuring read success rates.
• Rugged industrial-grade design: Features an IP67 protection rating, capable of resisting the dust and humidity common in steel warehouse environments, ensuring stable operation and long-term durability of the device under harsh conditions.
• Seamless system integration: Can achieve real-time data synchronization with NISCO's existing Warehouse Management System (WMS), integrating efficient on-site data collection into the enterprise information flow, truly driving the automation process of the steel industry warehouse.