Solutions

Create an intelligent production line with customized AGV as the carrier and coordinated through cluster dispatch control.  AGVs collaborate with various automation equipment on the production line to create flexible and intelligent production processes.

It is composed of two linked heavy-duty AGVs, integrating hydraulic and electrical systems, lifting platforms, torque wrenches, robotic arms, filling machines and customized information systems to achieve intelligent and flexible production. 

The new energy bus factory uses single, double, and triple-lift AGVs for battery pack distribution and auxiliary assembly. It also adopts dynamic aiming and PACO large spiral matching scissor lift structure to meet the high-speed and high-stability requirements of passenger cars.

Using laser forklift, AMR and customized AGV, with air tightness test, static test, charge and discharge test equipment to set up customized production lines, to achieve flexible and intelligent product production.

In the assembly process of large components, AGV is used to replace the traditional conveyor line, combined with robot automatic tightening and intelligent auxiliary equipment to achieve flexible and intelligent manufacturing. 

Application scenario: Suitable for cross-workshop logistics transportation in manufacturing parks

In an SPS logistics project for an automobile assembly line, 12 submerged AGVs are used in conjunction with automatic loading and unloading mechanisms and a material PTL system to achieve "zero buffering" intelligent distribution of lineside logistics.

Adopting a computer-controlled three-dimensional structure, which can accurately access and handle goods.

This customer is a leading domestic energy storage solution technology service provider. The project includes high-rise racking, double-depth stackers, AMR and information systems, with the design of palletized conveyor equipment tailored to customer needs. 

It consists of an robot, a heavy-duty welding positioner, a power supply and other systems, and is used for welding fabrications. It can run fully automatically under the coordination and scheduling of the MES system, thereby improving production efficiency.