Scenario: Secondary Logistics Automatic Loading Scenario in Automotive Final Assembly Workshop

Solution: The project provides a one-stop solution for customers with 247 AGVs

Value: Saves 30 personnel, improves operational efficiency by 35%, realizes online and visualized logistics information, and achieves fast and stable delivery within 40 days

Scenario:Automotive industry, collaborative transportation in welding workshop

Solution:AGVs replace traditional production lines, intelligently guide OK/NG parts processing according to different station processes, achieving intelligent and flexible operations

Value:Customized single/bi-directional underride AGV solutions for welding lines, with tow carts cooperating with manual operations to enhance production line flexibility, safety, and efficiency

Scenario: Two-vehicle coordination flexible assembly scenario in the commercial vehicle industry

Solution: The project applies 20 units of two-vehicle coordination AGVs to form a commercial vehicle flexible assembly line

Value: Compatible with multiple vehicle sizes, increases comprehensive production efficiency by 30%, and reduces 10 operators

Scenario: Automotive industry, outdoor transportation scenario in the final assembly workshop.

Solution: Multiple outdoor tractors, complete the entire logistics solution from receiving materials at the battery pack workshop to transporting them to the final assembly workshop.

Value: 5G communication and intelligent protection enable all-weather unmanned outdoor delivery.

Scenario: Secondary logistics scenario for final assembly in the electric vehicle industry, a global benchmark project

Solution: The project adopts over 300 units of customized AGVs and digital software to provide an intelligent logistics solution for the factory

Value: Reduces line-side distribution personnel, improves operational efficiency by 35%, and realizes digital management of production information

Scenario: Intelligent transfer scenario in the welding workshop of the automobile industry.

Solution: The project adopts a new generation of industrial-styled 3.6T unidirectional AGV with linear reverse function to replace traditional tractors, achieving intelligent distribution of stamping parts from the stamping workshop to the welding workshop.

Value: Effectively reduces labor costs, equipment costs, and related management expenses for workshop transfer. Utilizes a departure chain indication system to effectively avoid manual material preparation errors. While achieving workshop automation, it significantly reduces line-side inventory.

Scenario: New energy vehicle stamping workshop, high-density production environment, multi-material intelligent transfer.

Solution: Adopting customized deployment of omnidirectional stealth AGV + Dolly car solution to achieve multi-workpiece compact space and efficient transfer.

Value:Through AGV + lateral station exit technology, high-efficiency cycle time is met, achieving automatic exchange and transfer of multiple materials while reducing floor space.Creating an exemplary model of logistics automation.

Scenario: Material transfer scenario in the stamping workshop of new energy vehicles.

Solution: The project adopts a bidirectional transverse undercarriage AGV towing Dolly cart transportation method, utilizing the AGV's function of moving laterally out of the workstation. This ensures high-efficiency cycle time requirements within a relatively narrow site space, achieving empty/full material exchange at the line side, as well as fully automatic docking and Dolly cart transfer operations.

Value: Enables multi-workpiece compatibility, real-time transmission of material information, and empty/full conversion, significantly improving AGV delivery efficiency.