engineering case

Cases

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Cases

Partners

Lingshui Li Autonomous County Hospital of Traditional Chinese Medicine

Lingshui Li Autonomous County Hospital of Traditional Chinese Medicine

Construct a logistics rail transportation system for the Lingshui Li Autonomous County Hospital of Traditional Chinese Medicine, optimizing the acceptance, storage, sorting, and delivery processes in the drug supply, sales, and distribution links, improving transportation efficiency, and achieving automation, informatization, and efficiency of the hospital's logistics system.

Yichang First People's Hospital

Yichang First People's Hospital

Constructing a rail logistics transport system for Yichang No. 1 People's Hospital, using a distributed topology structure, flexible layout according to the hospital's building structure, realizing item transportation in both horizontal and vertical directions. The system has a disinfection function, meets the hospital's infection control requirements, and comprehensively covers the hospital's transportation needs.

Shiyan Development Zone People's Hospital

Shiyan Development Zone People's Hospital

Constructing a smart medical transport system for Shiyan Development Zone People's Hospital will closely connect logistics transfer stations distributed in various clinical departments and wards, achieving efficient and precise item transport services between different areas within the hospital (including clinical departments, wards, medical technology departments, and hospital management departments).

Heavy truck frame longitudinal side member assembly line project

Heavy truck frame longitudinal side member assembly line project

This project is used for the combined production of vehicle chassis longitudinal beams and auxiliary beams. It includes equipment such as a longitudinal and auxiliary beam assembly trolley, loading and unloading overhead cranes, storage overhead cranes, steel structures, riveting machines, and riveting pliers. It adopts PLC centralized control to realize the automated production of longitudinal and auxiliary beams from various links such as loading, assembly, transportation, storage, and offline. It greatly improves production efficiency.

Commercial vehicle assembly three-line project

Commercial vehicle assembly three-line project

Used for vehicle frame assembly, a total of 15 workstations from longitudinal beam subassembly to vehicle frame assembly offline, including overhead steel structures and ground production equipment. The core process is the RGV assembly platform car, which uses a track-type assembly platform car to meet the needs of online assembly while ensuring the assembly accuracy of the vehicle frame.

Vehicle frame riveting line project

Vehicle frame riveting line project

Set up work stations for longitudinal beam riveting, chassis assembly, positive riveting, turning, reverse riveting, correction marking, and off-line processes. Includes all equipment required for chassis assembly. The assembly line uses a reciprocating rod conveyor, the first application of its kind in the chassis assembly field. It is also currently the longest reciprocating rod conveyor in China, with a length of 90 meters.

Intelligent chassis assembly fixture project

Intelligent chassis assembly fixture project

This device applies intelligent and digital technologies to industrial production. It uses a combination of software and hardware, automated upgrades, and a large screen display. It achieves functions such as upstream and downstream equipment linkage, production management system docking, online monitoring of assembly size, visualized guidance of assembly processes, production data statistics traceability, and automatic analysis of product quality. It greatly improves factory production efficiency and quality control.

Intelligent Medical Logistics Project Case

Intelligent Medical Logistics Project Case

The development of hospital logistics systems plays an immeasurable role in improving the confirmation rate, reducing treatment costs, and even saving patients' lives. The intelligent trackless vehicle logistics system mainly uses technologies such as touch screens, PLCs, and barcode reading. The system has advantages such as simple operation, user-friendly interface, centralized monitoring, safety and efficiency, and low cost, making it an indispensable part of modern hospitals.