Tianjin Lonyu Robot : Your Trustworthy High Capacity AGVs Supplier!
Our company is a heavy-duty AGV company with the business philosophy of focus, professionalism, pragmatism and development. Langyu has been committed to professional R&D and production in the field of heavy-duty AGV and smart factory smart logistics. We have more than 50 patents (9 invention patents) and specialize in providing customers with heavy-duty intelligent logistics management systems supported by intelligent logistics technology, industrial Internet of Things, big data center and other technologies to solve the problem of intelligent transportation materials for large goods.
The 5-ton backpack flip AGV is a special machine used in the entire axle assembly line; it can also be expanded to develop components such as engines and compressors that require multi-posture adjustment and assembly.
| Product name: |
5-ton backpack flip AGV |
| Model: |
LY-AK-5T-2-4B |
| Weight: |
5.5T |
| Load capacity: |
5T (customized according to actual situation) |
| Product size: |
L3400*W2500*H800mm |
| Drive type: |
super drive |
| Number of super drives: |
dual drive |
| Drive tonnage: |
3 |
| Remote control: |
manual remote control + automatic operation |
| Navigation method: |
magnetic strip |
| Whether to lift: |
backpack type |
| Support wheels: |
2 |
| Linkage type: |
single vehicle |
| Frame main structure: |
tube plate |
| Suspension type: |
spring |
| Turning radius: |
1477.5 |
| Voltage: |
48V (customized according to actual situation) |
| Battery life/battery: |
80AH (customized according to actual situation) |
| Top: |
flip |
AGV Management and Control System
The AGV Control system is connected with Party A's MES system With automatic/manual dual insurance scheduling mode. Party A's MES system issues instructions for handling tasks to the AGV scheduling system. Then scheduling system issues instructions for handling to AGV vehicles. After the AGV completes the tasks, it feeds back the completion information to the MES system.
AGV central management software realizes highly intelligent automated management of AGV vehicles by monitoring and control of the running AGV, real-time dynamic monitoring of the position of the AGV vehicle in the electronic map, updating the operating parameters of the AGV, controlling the behavior of the AGV vehicle and implementing traffic control at the intersection, which helps operators improve work efficiency and ensure safe driving of vehicles.
Automatic Charging Device
This automatic charging device is developed to meet the need of frequent matenal delivery of production and logistics. When its energy is lower thanthe preset value at working, the AGV will move to the charging station and communicate with this charging device. After the connection establishment, the charge electrodes will dock with the AGV automatically to achieve automatic charging. The electrodes will be separated from the AGV automatically when it finishes the charging and the AGV moves back to theworking area for material delivering. Thus, this device keeps the operator away from moving the heavy battery and the hassle of installation and disassembly, which greatly save charging time and make the whole system much more humanized and automated.
We offer you different navigation systems
1. Magnetic operated by a magnetic guiding line 2. on the ground surface.
3. Optic following a tracking guiding line on the ground surface.
4. GPS system for guiding in outdoors applications
5.Rail Guidance through a line system installed on the ground and whose frequencies are tracked by an antenna.
Our AGVS have the following guiding systems:
Wire-guided. The AGV follows a route marked by a wire buried on the floor.
This wire generates a magnetic field that guides the AGV on its route.
Magnetic-guided. Improvement of wire-guiding. The magnetic field is generated by a magnet instead of a wire, which avoids the usage of electricity on the wire.
Optical guided. The AGV follows a route thats marked by a painted line, which is detected by the catadioptic installed on the AGV. Easier to install and modify than wire-guiding.
Artificial vision. The AGV uses artificial vision to recognize a tire of catadioptic mirror, calculate the deviation between the marked route and the AGV and correcting it instantly.
Laser. The AGV recognizes its surroundings using a rotational laser that is reflected in a series of reflectors in order to determine its position on a map of the factory previously loaded in its memory. This method offers the easiest way to modify a route as an advantage.
The engineering team in DTA will gladly suggest the optimal guiding method based on your layout and requests to offer you the best product with the best price possible.
netic operated by a magnetic guiding line
on the ground surface.
Q: Would an AGV be a good solution?
A: This is a good question because there are many material handling solutions on the market! Which one is the right choice? First, an AGV is a movable platform used to move materials, components, and other items horizontally. The weight of the load and the travel requirements of the application must be considered.
Q: What are the benefits of using heavy-duty AGVs?
A: Heavy-duty AGVs are transport vehicles used to load and transport heavy parts or components, and are one of the most critical equipment in current logistics automation systems. AGV transfer vehicles are more suitable for moving long loads through restricted passages or doorways. For heavier loads, AGV transfer vehicles are a very affordable option because they are able to handle heavy loads. Heavy-duty AGV transport has the advantages of easy operation, high safety, and stable operation. It has automatic lifting, hydraulic independent suspension, automatic leveling, automatic operation, anti-collision, rapid operation, all-round steering, and adaptability to uneven ground.
Q: What product handling applications use heavy-duty AGV transfer vehicles?
A: Heavy-duty AGVs are mainly used in warehousing, manufacturing, ports, airports, hazardous places, special industries, etc. to realize the automated handling of large materials (overweight, overlong), improve the level of logistics automation in the heavy-duty field, reduce the labor intensity of workers, improve production efficiency, shorten the logistics cycle, accelerate capital turnover, and improve economic benefits.
){kind=link}