//Unmanned Forklift
DNC-EBY15
1. Adopt a self-developed navigation and positioning system and cooperate with an independent AGV motion controller to achieve positioning accuracy of ±10mm;
2. Use an electric forklift, install a control box, and configure multiple safety features such as laser anti-collision, mechanical anti-collision, and photoelectric anti-collision. Collision system to realize automatic and safe driving of unmanned forklifts;
3. Equipped with AGV dispatching system and human-computer interaction software to manage all AGVs through the deployed wireless network to achieve AGV dispatch control and data monitoring. The system can also be connected to MES/WMS production management system to build an intelligent production factory.
DNC- EF1400
1. Adopt a self-developed navigation and positioning system and cooperate with an independent AGV motion controller to achieve positioning accuracy of ±10mm;
2. Use an electric forklift, install a control box, and configure multiple safety features such as laser anti-collision, mechanical anti-collision, and photoelectric anti-collision. Collision system to realize automatic and safe driving of unmanned forklifts;
3. Equipped with AGV dispatching system and human-computer interaction software to manage all AGVs through the deployed wireless network to achieve AGV dispatch control and data monitoring. The system can also be connected to MES/WMS production management system to build an intelligent production factory.
DNC-EF2000
1. Adopt a self-developed navigation and positioning system and cooperate with an independent AGV motion controller to achieve positioning accuracy of ±10mm;
2. Use an electric forklift, install a control box, and configure multiple safety features such as laser anti-collision, mechanical anti-collision, and photoelectric anti-collision. Collision system to realize automatic and safe driving of unmanned forklifts;
3. Equipped with AGV dispatching system and human-computer interaction software to manage all AGVs through the deployed wireless network to achieve AGV dispatch control and data monitoring. The system can also be connected to MES/WMS production management system to build an intelligent production factory.
DNC-EF-H1600
1. Adopt a self-developed navigation and positioning system and cooperate with an independent AGV motion controller to achieve positioning accuracy of ±10mm;
2. Use an electric forklift, install a control box, and configure multiple safety features such as laser anti-collision, mechanical anti-collision, and photoelectric anti-collision. Collision system to realize automatic and safe driving of unmanned forklifts;
3. Equipped with AGV dispatching system and human-computer interaction software to manage all AGVs through the deployed wireless network to achieve AGV dispatch control and data monitoring. The system can also be connected to MES/WMS production management system to build an intelligent production factory.
DNC-EF-H1500
1. Adopt a self-developed navigation and positioning system and cooperate with an independent AGV motion controller to achieve positioning accuracy of ±10mm;
2. Use an electric forklift, install a control box, and configure multiple safety features such as laser anti-collision, mechanical anti-collision, and photoelectric anti-collision. Collision system to realize automatic and safe driving of unmanned forklifts;
3. Equipped with AGV dispatching system and human-computer interaction software to manage all AGVs through the deployed wireless network to achieve AGV dispatch control and data monitoring. The system can also be connected to MES/WMS production management system to build an intelligent production factory.
DNC-EF-H2000
1. Adopt a self-developed navigation and positioning system and cooperate with an independent AGV motion controller to achieve positioning accuracy of ±10mm;
2. Use an electric forklift, install a control box, and configure multiple safety features such as laser anti-collision, mechanical anti-collision, and photoelectric anti-collision. Collision system to realize automatic and safe driving of unmanned forklifts;
3. Equipped with AGV dispatching system and human-computer interaction software to manage all AGVs through the deployed wireless network to achieve AGV dispatch control and data monitoring. The system can also be connected to MES/WMS production management system to build an intelligent production factory.
DNC-EF-HS1500
1. Adopt a self-developed navigation and positioning system and cooperate with an independent AGV motion controller to achieve positioning accuracy of ±10mm;
2. Use an electric forklift, install a control box, and configure multiple safety features such as laser anti-collision, mechanical anti-collision, and photoelectric anti-collision. Collision system to realize automatic and safe driving of unmanned forklifts;
3. Equipped with AGV dispatching system and human-computer interaction software to manage all AGVs through the deployed wireless network to achieve AGV dispatch control and data monitoring. The system can also be connected to MES/WMS production management system to build an intelligent production factory.