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> Universal Translator ： AD S Multi-brand Robot Hybrid Scheduling System

A multi-vendor, multi-brand, and multi-model robot hybrid scheduling system leverages advanced AGV intelligent dispatching control algorithms to provide a unified platform language across different devices and systems, significantly boosting overall production line operational efficiency and helping companies reduce costs while improving productivity.

· Applicable Scenarios : Pharmaceutical distribution, automotive manufacturing, new energy plants, retail/e-commerce warehouses, and 3C electronics manufacturing, among others.

· Solving tough problems: Achieve simultaneous operation of multiple AGV/AMR brands on the same site, enabling them to run seamlessly on a single map. This includes efficient path planning and advanced traffic management, ultimately boosting operational efficiency while minimizing resource waste.

· Customer Case: A Leading Global 3C Manufacturing Company

[Customer Pain Points] The original delivery area used three brands of AGVs that were incompatible with each other, leading to task preemption and path conflicts, resulting in frequent congestion and misdeliveries.

[Solution] The Poundflag ADS Unified Deployment and Scheduling Platform integrates map coordinate systems to enable advanced path optimization and enhanced collision-avoidance strategies.

[Realizing Value] AGV operational efficiency improved by 31.7%, with the average daily on-time delivery rate increasing to 98.9%, and downtime due to material shortages reduced by 43%.

>> Coil material aerial handling: Automated OHT conveyor system

BangQi Technology has globally launched its first fully automatic OHT material handling system, featuring an advanced gear-and-rack transmission structure and a high-precision vision-based positioning system. This innovative solution enables the automated pick-and-place of roll-shaped materials—such as ultra-thin coils or separators—from buffer racks directly onto production lines, ensuring precise alignment and seamless integration, thereby driving a comprehensive automation upgrade in intelligent manufacturing.

· Applicable scenarios: Targeting industries that primarily handle roll materials, such as new energy, printing, and papermaking.

· Solving tough problems: Addressing the challenges of low efficiency, poor precision, and inadequate cleanliness inherent in traditional material handling processes.

· Customer Case Study: A Global Leader in Power Lithium Batteries

[Customer Pain Points] Traditional friction wheel control methods suffer from inherent drawbacks such as low transmission accuracy and poor stability, requiring extensive manual intervention and exposing operators to the risk of material wastage. Each unexpected "material drop" not only incurs costly consequences but also disrupts operations significantly. Loss of production capacity.

[Solution] The PoundFlag automated OHT system integrates core technologies such as AI-powered visual positioning, an efficient dual-head collaborative design, and high-precision gear-rack transmission, enabling fast, stable, and highly accurate material handling processes.

[Realizing Value]

Efficiency Surges by 80%: The single-cycle operation time has been dramatically reduced from nearly 8 minutes to less than 2 minutes, resulting in a significant boost in production efficiency.

Costs slashed by 90%: Workstation manpower requirements have been optimized from nearly 10 people down to just one operator, resulting in a significant reduction in labor costs.

A Quantum Leap in Quality: The risk of material drop during loading and unloading has been reduced to zero, significantly lowering the product defect rate by 70–80%, while ensuring a stable and reliable production process.

Enhanced elasticity: It provides robust support for the flexible scheduling and efficient operation of global production facilities.

> Platform Automated Loading and Unloading System

Featuring innovative models such as fork-rail automated loading and unloading, tail-box AGV automatic loading and unloading, and wing-type automated handling—these solutions boost loading and unloading efficiency by more than 50%, achieve an overall automation rate exceeding 90%, reduce labor costs by 50% to 70%, and increase production capacity by 10% to 20%.