Language
Solution
Building a global benchmark for unmanned factories that spans all scenarios, processes, and value chains.
Smart Logistics
An end-to-end, unmanned logistics closed-loop system designed to deliver ultimate flexibility and efficiency.
Focusing on digitalized production-line logistics, line-side logistics, and warehouse logistics, BangQi integrates cutting-edge technologies such as automated handling equipment, multi-robot scheduling, aerial conveyance, top-down storage with bottom-up picking, pneumatic transport, and autonomous driving within the factory premises. This creates a comprehensive, intelligent logistics system that spans from platforms to production lines and from warehouses to shipping, enabling full-process automation and coordinated scheduling for material handling, sorting, loading/unloading, and internal park circulation.
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MES/MOM: Manufacturing Execution and Operations Management System
Smart Warehouse Management: Wave Picking & Dynamic Inventory
Designed for complex warehousing environments handling multiple SKUs, numerous batches, and diverse shippers, this solution offers intelligent management across the entire process—including inbound logistics, outbound shipping, picking, replenishment, and inventory counting. It seamlessly integrates with systems like ERP, MES, and WCS, connecting and optimizing upstream and downstream supply chain processes.
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LDS Produces Collaborative Autonomous Tug System
Precision Pulling, Flexible Flow, and All-Scenario Adaptability
Centered around "Kanban Logic + Workstation Prediction + Task Hub," this solution enables intelligent material pulling and rhythmic allocation within the workshop. It supports unified task scheduling for various equipment types, including AGVs and AMRs, while leveraging AI algorithms to dynamically adjust task priorities and optimize path selection in real time—driving high-paced, low-fluctuation, and highly flexible production-line operations.
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ADS Multi-Brand Robot Hybrid Scheduling System
Heterogeneous Collaboration, Real-Time Scheduling, Centralized Management
Break down barriers between robots of different brands and models, enabling unified task management, path planning, and collision avoidance for heterogeneous robots (such as AGVs, AMRs, OHTs, etc.). Equipped with a multi-robot scheduling engine, it supports high-density map modeling, cross-regional dispatching, and seamless coordination across multiple warehouses.
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WMS Intelligent Warehouse Management System
Producing transparency, fostering collaboration and efficiency, and driving decisions with data.
Connecting the equipment layer with the business layer to enable end-to-end digital management—from order breakdown and work order dispatch to process scheduling and quality inspection traceability. By leveraging AI for modeling and analyzing production data, we dynamically adjust production strategies in real time, optimizing resource allocation and enhancing operational cadence.
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WCS Intelligent Warehouse Control System
Centralized Control · Equipment Coordination · Visual Management
Located between the WMS and the underlying equipment, it enables unified control and scheduling of devices such as AGVs, automated warehouses, conveyor lines, and sorting systems. By leveraging real-time path planning, task optimization, and an automatic anomaly-handling mechanism, the system ensures efficient equipment collaboration while minimizing operational disruptions.
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Smart Manufacturing
The digital twin platform controls the factory, seamlessly connecting the entire manufacturing data value chain.
Centered on industrial digitalization and backed by an integrated twin-manufacturing platform, BangQi has built a comprehensive digital management system that encompasses production control, manufacturing operations, process optimization, AI-driven industrial quality inspection, production collaboration, logistics coordination, and energy management. This system helps enterprises tackle persistent challenges such as difficult data collection, numerous system silos, and low data utilization rates, ultimately enabling factory-level "unified scheduling through a single platform."
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Digital Energy
Driving the optimization of industrial and commercial energy structures to empower green, low-carbon development.
BangQi leverages AI + digital energy technologies to deliver comprehensive, full-stack solutions—spanning energy harvesting, scheduling, operations & maintenance, and energy efficiency optimization—across core applications like photovoltaics, energy storage, and charging infrastructure. This approach enables a smart transformation from "electricity consumption" to "energy management," ensuring that corporate energy systems operate safely, efficiently, and at reduced costs.
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Smart Park
Building a comprehensive, AI-powered smart campus management system with all-domain perception and highly coordinated efficiency.
BangQi's intelligent campus solution integrates IoT, AI, and big data technologies, focusing on functional modules such as energy consumption monitoring, safety alerts, environmental regulation, and unmanned cleaning. This creates an integrated, interconnected management system that links "people, assets, energy, and environment," driving traditional campuses toward a more efficient and sustainable operational model.
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Smart Cloud Warehouse
Rongqi Technology leverages robotics technology and a digital warehouse management platform to provide customers with flexible, high-precision, end-to-end intelligent warehousing operation subscription services. Through flexible collaboration models such as robot leasing, full-warehouse outsourcing, and integrated warehouse-logistics solutions, we help clients significantly reduce initial investment costs—and even enable them to enjoy smart warehousing services with zero upfront expenses.
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Stealthy robot
Ultra-thin Locomotion · Flexible Navigation · Precise Docking
Ideal for locomotion scenarios involving various carriers such as pallets, shelves, and material racks. Featuring high payload capacity, extended endurance, and superior obstacle-avoidance capabilities, this solution seamlessly integrates with higher-level scheduling systems to enable precise point-to-point transportation, automated loading/unloading of equipment, and even automatic restocking tasks.
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Move / Reload Robot
Multi-axis control, heavy-load handling, and space-saving design
Supports single-unit handling of ultra-heavy loads exceeding 2 tons, with flexible configurations available for lifting mechanisms, lifting platforms, or rotary tables—enabling seamless material docking and stack-based transportation in complex scenarios. Equipped with advanced features such as dynamic obstacle avoidance, automatic path planning, and autonomous turning capabilities.
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Forklift Robot
High-Precision Alignment · Intelligent Pick-and-Place · 3D Recognition
Simulates manual forklift operation to achieve precise pallet or skid-level material handling. Supports integration with platforms, automated warehouses, shelving systems, and automatic unloading stations. When paired with a vision system, it enables millimeter-level accuracy in fork insertion and seamless detection of empty slots.
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Material Handling Robot
High-Frequency Picking, Multi-Box Handling, & Intelligent Stacking
Specifically designed for the automated handling of small and medium-sized containers, this system features stacking capabilities, automatic specification recognition, and high-frequency picking functionality. It’s ideal for applications such as rapid order fulfillment, flexible picking, and efficient in-line loading and unloading.
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Stacker crane
The BQ-STS stacker is an automated warehousing device independently developed by BangQi Technology, primarily used for handling, transporting, stacking, and retrieving goods from high-level racking systems in warehouses, workshops, or distribution centers.
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Four-way Pallet Shuttle System
Flexible navigation · Intelligent autonomy · Adaptive versatility
Smooth maneuvering · Intensive routing · Smart scheduling
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Automatic loading and unloading on the platform
This system leverages highly integrated software-hardware collaborative control to help businesses overcome challenges such as low storage density, inefficient operations, and outdated management practices in traditional flat warehouses. It is widely applicable across diverse industry scenarios—including new energy, 3C electronics, automotive parts, pharmaceuticals, cold-chain logistics, retail, and e-commerce—making it a critical infrastructure component for unmanned warehouses and intelligent logistics solutions.
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Automated Stereoscopic Warehousing
This system leverages highly integrated software-hardware collaborative control to help businesses overcome challenges such as low storage density, inefficient operations, and outdated management practices in traditional flat warehouses. It is widely applicable across diverse industry scenarios—including new energy, 3C electronics, automotive parts, pharmaceuticals, cold-chain logistics, retail, and e-commerce—making it a critical infrastructure component for unmanned warehouses and intelligent logistics solutions.
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Goods-to-Person Picking
The Bangqi Goods-to-Person Picking Solution is a highly efficient picking approach developed using the Bangqi AI small model and the Multi-Robot Collaborative Scheduling Algorithm (ADS). It’s perfectly suited for modern warehouse logistics scenarios requiring multi-SKU, high-frequency, and high-efficiency order processing. At its core, the system adopts a "goods-to-person" model, where various ARM robots efficiently transport items to the picking stations, enabling a fully automated, intelligent, and standardized picking process.
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Bin-to-person picking
BangQi Technology's bin-to-person picking solution is based on a next-generation, box-type automated storage and retrieval system powered by bin robots. This innovative system fully leverages the warehouse's vertical space to significantly expand storage capacity—while seamlessly preserving the high efficiency characteristic of box-based picking. It’s the ideal picking solution that balances high storage density, exceptional throughput, and unbeatable cost-effectiveness.
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Mechanical arm unpacking and picking
The BangQi robotic arm unpacking and picking solution is an intelligent, fully automated feeding and sorting system specifically designed for industries such as new energy, pharmaceuticals, and 3C electronics. It integrates BangQi's proprietary AI algorithms, industrial-grade visual recognition technology, force-controlled gripping strategies, and multi-degree-of-freedom collaborative robotic arms. Featuring high efficiency, exceptional stability, and versatile adaptability, this system enables the seamless automation of critical processes—including automatic identification, box opening, sorting, classification, and material dispensing—for a wide range of auxiliary materials and raw materials.
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Vertical Storage, Horizontal Picking Dense Warehouse
The BangQi dense storage solution for order picking focuses on addressing the core challenges faced by the warehousing and logistics industry—namely, optimizing space utilization, enhancing operational efficiency, and reducing labor costs. At its core, the design concept revolves around an "efficient inbound-storage + low-level order-picking" workflow, paving the way for a new paradigm of intelligent, high-density, and cost-effective material storage and warehouse operations.
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In-line material handling
BangQi Technology's line-side material handling solution is an end-to-end intelligent logistics system designed specifically for the entire process of material management—covering "supply, feeding, replenishment, and return"—within manufacturing production lines. Built on BangQi's independently developed industrial AI micro-model, the system integrates various types of AGVs and logistics conveyor equipment, all seamlessly coordinated by systems such as WMS, WCS, and ADS. This integration enables precise material feeding, automated delivery, and real-time replenishment across the production line.
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Factory-area autonomous driving
This system is widely applicable to core scenarios such as intra-factory logistics in industries like new-energy batteries, automotive parts, 3C electronics, and pharmaceuticals, as well as long-distance material handling between warehouses and workshops, and cyclical transportation between warehouses—enabling companies to build a smart, efficient, and sustainable new model for factory logistics.
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Automated unpacking in the unpacking room
This system leverages highly integrated software-hardware collaborative control to help businesses overcome challenges such as low storage density, inefficient operations, and outdated management practices in traditional flat warehouses. It is widely applicable across diverse industry scenarios—including new energy, 3C electronics, automotive parts, pharmaceuticals, cold-chain logistics, retail, and e-commerce—making it a critical infrastructure component for unmanned warehouses and intelligent logistics solutions.
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