Aerial Work Platform Boom Automatic Production Line

Case Background

Scenario: Construction machinery industry, intelligent transfer scenario for different models of aerial work platform booms

Solution: Huaxiao customized 5 units of 20T assembly main line AGVs, achieving flexible assembly of different models of aerial work platform chassis

Value: Reduce labor costs, improve compatibility for multiple vehicle models, and transfer efficiency

Customer Benefits

Environmental Conditions

Ambient temperature: -5-45℃

Relative humidity: 50%～98%

Operating power supply: AC220V/380V×50Hz

Control voltage: 48V

Program Highlights

Customized telescopic AGV, compatible with fly arms ranging from 6 meters to 12 meters in length, solving the problems of space occupation and flexibility.

Cost Reduction and Efficiency Improvement

Reduce 12 lifting operation personnel;

Reduce 2 cranes;

Improve overall transfer efficiency.

Main supply scope

1 set of intelligent vertical warehouse system: 1 set of heavy-duty automated storage and retrieval system, 1 set of 4T heavy-duty 6-fork stacker crane, 1 set of gantry robot, etc.

1 set of turning equipment: 2T, Y-axis stroke 3.5m, Z-axis stroke 1.5m, height 3.5m

1 set of WMS system

1 set of RFID traceability system: RFID traceability system, 50 groups of RFID tags, 5 groups of readers

Case Details

Basic Situation

Ambient Temperature: -5-45℃

Relative Humidity: 50%～98%

Operating Power Supply: AC220V/380V×50Hz

Control Voltage: 48V

Shipping Process

The main line uses a 20T heavy-duty AGV to carry the chassis of the aerial work platform, completing the assembly of the entire vehicle.

Logistics uses a 15T telescopic AGV to transport booms of different specifications, from the painting offline automated warehouse to the boom assembly line.

Solution Advantages

The mainline AGV uses a semi-traction and semi-carrying method to achieve multi-degree-of-freedom turning;

The logistics AGV can extend from 5 meters to 9 meters, automatically adjusting the spacing of the support tooling to adapt to boom arms of various length specifications, reducing waste of on-site space;