Heavy Load AGV

Tianjin Lonyu Robot : Your Trustworthy Heavy Load AGV 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.

Products Widely Used

The products produced by our company can be widely used in the production, assembly, transportation and production of large workpieces (over-length, over-weight) in aviation, aerospace, military industry, high-speed rail, wind power, metallurgy, engineering machinery, ships, ports, airports, heavy industry and other industries. store.

Innovating

Our company has more than 50 patents, including 9 invention patents. Secondly, we have 131 independent core patents. And most of the products have passed CE, REACH, SGS, FCC and other certifications.

Customizable

Our team has 15 years of professional R&D and production experience in the field of smart logistics and can meet the needs of different markets and customers.

Wide Range of Cooperative Merchants

Since its establishment, our company has cooperated with well-known companies around the world, such as Tesla, Siemens, FAW Toyota, Jinfeng Technology, CAT, JLG and other well-known companies.

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What is Heavy Load AGV

A Heavy Load Automated Guided Vehicle (AGV) is a type of material handling equipment that is designed to transport heavy loads within a plant or warehouse without the need for human intervention. These vehicles are capable of carrying loads that weigh several tons and can navigate through narrow aisles and complex pathways using sensors, cameras, and other advanced technologies. Heavy load AGVs are widely used in industries such as automotive, aerospace, logistics, and manufacturing for their ability to improve efficiency, safety, and productivity in material handling processes.

Features of Heavy Load AGV

Better Efficiency
An AGV will travel to its destination at a set speed, faster than if the movement was conducted manually, or by pedestrian operated equipment by a person who could be delayed or distracted.

Movement and Flexibility
The Heavy Load AGV can not only travel freely forward, backward, left, and right, but also can achieve various movement modes such as circular motion and diagonal movement, and can adapt to various complex transportation scenarios. At the same time, its steering is flexible and it can change the direction of travel at any time, which makes its operation in narrow spaces more flexible.

Autonomous Navigation
Heavy Load AGV uses a variety of navigation technologies such as lidar and vision systems to achieve autonomous navigation without manual intervention, thereby improving operational efficiency and accuracy.

High Security
Heavy Load AGV can autonomously avoid and identify obstacles, and adjust its driving path in time to avoid collisions. In addition, it is equipped with a variety of safety systems, including protective covers, safety sensors, emergency stop buttons, etc., which can stop the vehicle in time in an emergency.

Types of Heavy Load AGV

Automated Guided Carts
An AGC is a basic AGV system with limited automation where it follows a painted strip on the floor to move along a pre-determined path to perform repetitive actions. AGV carts are often used in sorting, storage, and cross-docking applications to reduce labour costs.

Unit Load Carriers
These AGV transfer carts are designed to carry specific parts or products with custom tooling to carry a pallet or tote loaded with multiple items.

Heavy Towing Carriers

These heavy load AGV’s are used for transporting substantial cargo over longer distances within a large facility without the assistance of an operator, following a set path. This path can be altered simply by reorienting the floor tape or paint that the AGV follows.

Forklift and Towing AGVs

Towing AGVs are automated guided vehicle robot carts designed to act as stock robots for warehousing, pulling orders from heights with forks or other special tooling created for the specific application.

Tugger AGVs

A tugger AGV pulls heavy loads from point A to point B employing trailers filled with product or parts. These tugger automated guided vehicles can have several pre-determined stops while moving through a plant, factory, or warehouse.

Parts of Heavy Load AGV

Frame
The heavy-duty AGV frame is the main structure of the vehicle. It is designed to support the weight of the load and withstand the stresses of the operating environment. The frame is usually made of steel and reinforced to increase its strength and durability.

Drive System
The drive system is responsible for pushing the AGV along a fixed path. It includes the motor, gearing and wheels. AGVs can be powered by a variety of sources, such as batteries, diesel engines, or gasoline engines. Some AGVs use a combination of these sources to ensure optimal performance.

Control System
The control system is the brain of AGV. It coordinates all vehicle functions, including steering, braking, speed control and load handling. The control system uses sensors and software to enable the AGV to navigate along a predetermined path and avoid obstacles.

Load Handling System
The load handling system is responsible for loading and unloading heavy objects onto the AGV. It includes hydraulic arms, conveyor belts and clamps. Load handling systems can be customized to meet specific load requirements and can be adjusted to handle different types of loads.

Security System
The safety system is designed to ensure the safe operation of the AGV. It includes various sensors such as laser scanners, cameras and ultrasound equipment. These sensors detect potential collisions with other vehicles, objects or people and alert the control system to slow down or stop the AGV. Additionally, the safety system includes an emergency stop button that allows the operator to stop the AGV in an emergency.

Benefits of Using Heavy Load AGV

Fewer Employees

The use of Heavy Load AGVs means that non-value-added transport tasks can be automated. This solves the problem of lack of skilled workers and saves costs. For manually controlled logistics vehicles, the personnel required alone account for around 80% of the overall cost.

Continue to Operate

Additionally, the Heavy Load AGV can be used 24/7. To achieve this, the material flow is optimized as part of the automated process, significantly increasing overall processing capacity.

Lower Error Rate

Heavy Load AGVs also improve the safety of cargo handling. The result is reduced error and accident rates in warehouses, thereby reducing costs caused by damage to goods or building infrastructure.

Working Principle of Heavy Load AGV

Navigation System
The navigation system of heavy-duty AGV is usually composed of sensors, lasers and cameras. These tools work together to help the AGV map its environment and determine the best path. This system is crucial to ensure that the AGV can pass through tight spaces and around obstacles without colliding with anything.

Load Capacity
Heavy-duty AGVs are designed to carry large and bulky loads. This is achieved through the use of powerful motors and a sturdy frame that can withstand the weight of the load. Some of the most common loads carried by these AGVs include pallets, steel plates, and heavy machinery.

Multi-Wheel Steering
Heavy-duty AGVs often use multi-wheel steering to provide enhanced maneuverability. This means the AGV can turn in a smaller radius than a traditional forklift or other material handling equipment. This makes AGVs ideal for use in narrow aisles or tight spaces.

Security Features
When working with heavy loads, safety is always the top priority. AGVs are equipped with various safety features that help prevent accidents. These features include sensors that can detect obstacles, emergency stop buttons and warning lights.

Central Control System
Finally, the AGV is controlled by a central control system. The system monitors the movement of the AGV and can make adjustments in real time to ensure that the AGV moves safely and efficiently. The system can also communicate with other equipment and systems in the facility to coordinate movement and ensure the AGV is operating at optimal performance.

How to Choose Heavy Load AGV

Load Demand

Before purchasing a heavy-duty AGV, you need to determine the maximum weight of the required load and reserve a certain margin. It is recommended to choose an AGV that is large enough to accommodate future load increases and production line expansion needs. When selecting the load capacity, you also need to determine the location of the load point to ensure safe and stable transportation.

Robot Type

Heavy-duty AGVs are generally divided into different types, including follower, fixed and guided robots. Follower robots need to follow people or other carriers for transportation, while stationary robots can only operate in fixed areas or paths. Guided robots can drive autonomously through preset paths. When selecting the type of robot, the adaptability and operating efficiency of the production line need to be taken into consideration.

Power System

The power system of AGV includes batteries, hydrogen fuel cells and supercapacitors. Selecting the appropriate power system should take into account factors such as transportation distance, transportation load, and production line environment. Batteries are the most common power system, but hydrogen fuel cells also have advantages in some industrial sectors. Supercapacitors are suitable for short-distance high-power transportation.

Automation Level

Heavy-duty AGVs can achieve varying degrees of automation. When choosing, you need to consider the degree of automation of the production line and the usage scenario of the AGV. If the production line is not fully automated, there is no need to choose an AGV that is too high-level.

Safety and Reliability

Safety and reliability need to be considered during transportation of heavy-duty AGVs. You need to choose an AGV with safety mechanisms such as obstacle avoidance, autonomous navigation and fusing. In addition, quality and service are also important factors in ensuring safety and reliability.

How to Use Heavy Load AGV

Determine Material Handling Tasks
The first step is to determine the material handling tasks that a heavy-duty AGV can perform. The marking should also include the type of load the AGV can handle and the distance it can travel. Once the mission is identified, the next step is to program the AGV to perform that mission.

Programming the AGV

AGVs need to be programmed to perform designated material handling tasks. This programming can be done via the AGV’s control panel or computer system. The AGV should be programmed to follow a defined path, pick up the load and deposit it to its destination.

Safety Precautions

It is crucial to consider safety precautions when using heavy-duty AGVs. AGVs should be equipped with safety sensors capable of detecting any obstacles in their path. The AGV should also have an emergency stop button that can stop the AGV in an emergency.

Maintenance

Regular maintenance and cleaning of your AGV is important to ensure its longevity and smooth operation. Batteries need to be recharged when needed, and any worn parts should be replaced.

Training

Operators must be trained on how to operate heavy-duty AGVs and follow safety procedures. This training includes understanding the AGV manual (including its control panel) and troubleshooting procedures.

How to Maintain Heavy Load AGV

Cleaning

Heavy-duty AGVs are in industrial production environments and often undertake heavy-duty tasks, so a large amount of dust and dirt will be generated during operation. These substances may accumulate inside and outside the machine, affecting the performance and life of the equipment. Therefore, it is necessary to clean the inside and outside of the machine regularly to ensure the normal operation of the equipment.

Regular Inspection and Replacement of Parts

The longer the heavy-duty AGV is used, the higher the wear rate of parts. If not replaced in time, the stability of the equipment will be affected. Therefore, regular inspection and replacement of parts is very necessary. For particularly important parts such as batteries, motors, etc., it is necessary to develop the habit of regular replacement every quarter and year.

Pay Attention to the Ambient Temperature

The operating temperature of heavy-duty AGV is very important. Temperatures that are too high or too low will affect the service life and performance of components such as motors and batteries. Especially in summer, when the machine operates for a long time, special attention needs to be paid to the ambient temperature to avoid the impact of an overheated environment on the equipment.

Adjust Tires and Navigation Controls

When a heavy-duty AGV operates in a working environment for a long time, the tires and navigation control system may deviate. In order to ensure the accuracy and stability of the equipment, the tires and navigation control system need to be recalibrated before the equipment starts working.

Applications of Heavy Load AGV

Logistics Field

In the field of logistics, heavy-duty AGVs are widely used in the transportation and warehousing of goods. For example, in warehousing centers, heavy-duty AGVs can realize automated transportation, storage and picking of goods through automated path planning and navigation. This not only improves the efficiency of logistics operations, but also effectively avoids losses caused by human factors.

Manufacturing

In the manufacturing industry, heavy-duty AGVs can assist in the transportation of materials or the assembly of parts and finished products. Heavy-duty AGV is highly flexible and can be customized according to different production processes and site environments, so that it can quickly adapt to complex production environments and improve production efficiency and quality.

Medical Field

In medical institutions, heavy-duty AGVs are used for automated delivery of medical devices and drugs. Incorporating heavy-duty AGV into the medical system can greatly improve the delivery efficiency of drugs and medical consumables, reduce hospital operation and management costs, and reduce reliance on manpower and reusability.

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Frequently Asked Questions

Q: What is a Heavy Load AGV?

A: A Heavy Load AGV (Automated Guided Vehicle) is a type of material handling equipment that is designed to move heavy loads within a facility without human intervention. These AGVs are capable of carrying loads that weigh up to several tons and are commonly used in manufacturing plants, warehouses, and distribution centers. They are equipped with sensors and navigational systems that allow them to travel along pre-programmed paths, avoid obstacles, and communicate with other machines and systems in the facility. Heavy Load AGVs are commonly used to move materials such as pallets, machinery, and finished products, and can be programmed to handle a wide range of load types and sizes.

Q: How much weight can a Heavy Load AGV carry?

A: Heavy Load AGVs, as the name suggests, can carry heavy loads ranging from a few hundred kilograms to several tons depending on their design, size, and application. Some heavy-duty AGVs, specifically designed for industrial applications, can carry loads up to 30 tons or more.

Q: What industries commonly use Heavy Load AGVs?

A: Heavy Load AGVs are commonly used in industries such as automotive, aerospace, heavy machinery manufacturing, logistics and transportation, and construction. These industries typically involve the movement of large and heavy objects, making Heavy Load AGVs an ideal solution for material handling and transportation tasks that are too difficult or dangerous for human workers.

Q: What are the advantages of using Heavy Load AGVs?

A: Heavy-duty AGVs can transport large or heavy loads more efficiently than humans, increasing productivity and reducing downtime. These AGVs can transport heavy loads without human intervention, reducing the risk of workplace injuries.

Q: How do Heavy Load AGVs navigate without human input?

A: Heavy-duty AGVs (Automated Guided Vehicles) use a combination of sensors, cameras and software to navigate and move without human input. Here are the three main technologies used in heavy-duty AGV navigation: Laser Navigation: AGVs use laser sensors to navigate their environment. These sensors emit laser light that bounces off surrounding objects, creating a 3D map of the surrounding environment that the AGV can use to determine its location and path. Tape Navigation: This is a technology where magnetic strips are laid out on the floor to guide the AGV along a pre-programmed path. AGVs use sensors to detect the magnetic strips and follow them to their destination. Vision-based navigation: Vision-based navigation includes cameras and image processing algorithms to navigate the AGV in the environment. The AGV captures images of its surroundings, processes them to create a map of the environment, and uses that map to guide its movement.

Q: Can Heavy Load AGVs be programmed to follow specific paths?

A: Yes, heavy load AGVs can be programmed to follow specific paths. AGVs use various guidance systems such as magnetic tape, laser, and vision-based systems to follow a set path. The AGV's path is typically programmed into its control system, which allows it to follow that specific path accurately. Some AGVs are designed to follow an exact path while others can make minor adjustments to their route based on obstacles or changing conditions in their environment.

Q: How do Heavy Load AGVs avoid obstacles?

A: Heavy-duty AGVs (Automated Guided Vehicles) have various sensors and advanced software that enable them to detect and avoid obstacles. These obstacles may include walls, machinery, pedestrians, or other AGVs. Laser Sensor: The heavy-duty AGV is equipped with a laser sensor that can scan the area around the vehicle and detect any obstacles in its path. These sensors use laser beams to create a 3D map of the surrounding area and identify any obstacles.

Q: How do Heavy Load AGVs communicate with other machines or humans?

A: Heavy-duty AGVs (Automated Guided Vehicles) communicate with other machines or humans using various communication methods, such as: Wired communication: This method involves physical cables, such as Ethernet or USB cables, connecting the heavy-duty AGVs to other machines or controls system. This is a reliable and secure method of communication. Wireless communications: Heavy-duty AGVs can also communicate wirelessly with other machines or control systems using technologies such as Wi-Fi, Bluetooth or RFID. This method provides greater flexibility and convenience than wired communications.

Q: Are Heavy Load AGVs equipped with sensors and cameras?

A: Yes, Heavy Load AGVs (Automated Guided Vehicles) are often equipped with sensors and cameras to help them navigate and avoid obstacles, as well as to enhance their safety. These sensors can include laser or infrared sensors, ultrasound sensors, or vision sensors, and can provide real-time data to the AGV's control system. The cameras can be used to provide live video feed for remote monitoring, or to help the AGV with navigation or object detection. Overall, sensor and camera technology play a crucial role in the operation of Heavy Load AGVs and help them to function autonomously and safely.

Q: What is the maximum speed that a Heavy Load AGV can travel at?

A: The top speed of a heavy-duty AGV may vary depending on the specific model, load capacity and other specifications. It is recommended to refer to the manufacturer's specifications for the specific heavy-duty AGV concerned to determine its maximum speed capability.

Q: Is it possible to control multiple Heavy Load AGVs from one central location?

A: Yes, it is possible to control multiple Heavy Load AGVs from one central location. This can be achieved through a centralized control system that uses an automated traffic management system to coordinate and communicate with all the AGVs. The system can monitor the AGVs' location and status in real-time, assign tasks and routes, and ensure the safe and efficient movement of the vehicles throughout the facility. The centralized control system can also provide data on the AGVs' performance and utilization, enabling operators to optimize the system's efficiency and productivity.

Q: How do Heavy Load AGVs recharge their batteries?

A: Heavy Load AGVs typically recharge their batteries by connecting to a charging station or dock. These stations supply power to the AGV's onboard rechargeable batteries. Once the AGV is connected to the charging station, it will begin to recharge its batteries automatically. Some AGVs may also have the ability to charge wirelessly, using inductive or magnetic charging technology. This allows them to charge without the need for physical contact with the charging station. AGVs often have sophisticated battery management systems that monitor the battery's state of charge and take steps to optimize its performance and extend its lifespan.

Q: What is the lifespan of a Heavy Load AGV?

A: The lifespan of a Heavy Load AGV largely depends on various factors such as proper maintenance, usage frequency, and type of environment in which it operates. However, on average, a well-maintained Heavy Load AGV can last for up to 10-15 years. It is important to note that regular maintenance and servicing can significantly extend the lifespan of the AGV, reducing the need for costly replacements and downtime.

Q: Can Heavy Load AGVs operate in harsh environments?

A: Heavy load AGVs are designed to operate in harsh environments, as they are often used in industries such as automotive, aerospace, and manufacturing where they are exposed to extreme temperatures, dust, and debris. These AGVs are designed to withstand harsh conditions and are often equipped with ruggedized components that can withstand impacts and corrosion. They also have advanced control systems that allow them to navigate through challenging terrains, including uneven surfaces and steep inclines. Additionally, heavy load AGVs can be customized to meet specific requirements for a particular environment, making them even more suitable for use in harsh environments.

Q: What type of maintenance is required for a Heavy Load AGV?

A: Generally speaking, maintenance requirements for heavy-duty AGVs can include daily inspections, cleaning and lubrication of equipment, inspection and replacement of worn parts, software upgrades, and regular testing of AGV performance. It is important to follow the manufacturer’s guidelines and recommended maintenance schedule to ensure your AGV functions optimally and avoid costly repairs and downtime.

Q: How does a Heavy Load AGV handle uneven surfaces?

A: Laser Scanner: A heavy-duty AGV equipped with a laser scanner can scan the ground in real time and create a map of any uneven spots on the ground. The map guides the AGV on how to adjust its movement and path to avoid any collision or rollover. Suspension system: Heavy-duty AGVs may also be equipped with suspension devices that can adjust the height of the AGV and compensate for any uneven terrain to maintain stability.

Q: Can Heavy Load AGVs work in tandem with human operators?

A: Yes, heavy load AGVs can work in tandem with human operators. AGVs are designed to work alongside humans and can easily integrate into existing workflows. They can transport heavy loads from one location to another, freeing up human operators to focus on more complex tasks. Additionally, AGVs are equipped with sensors and safety features that enable them to navigate safely in the presence of humans. This ensures maximum safety for both humans and machines working together in the same environment.

Q: What is the cost of a Heavy Load AGV?

A: The cost of a heavy-duty AGV can vary depending on the manufacturer, model, configuration and specifications. Interested parties need to contact specific suppliers and request quotes from them.

Q: How long does it take to implement Heavy Load AGVs in a facility?

A: The time required for implementing Heavy Load AGVs in a facility depends on various factors such as the size of the facility, the number of AGVs required, the complexity of the production processes, and the level of automation required. Typically, it may take several weeks to several months to implement Heavy Load AGVs in a facility. The process involves designing the system, installing the necessary infrastructure, programming and testing the AGVs, and integrating them with the existing facility systems. Additionally, training the staff on how to operate and maintain the AGVs is also required.

Q: What is the future of Heavy Load AGVs, and how will they evolve over time?

A: Improved navigation: AGVs rely on maps and sensors for navigation. However, with the emergence of advanced technologies such as lidar, 3D mapping and machine learning, AGV movements can become more precise and increase navigation speed. and Increased payload capacity: Heavy-duty AGVs can become more powerful and capable of handling heavier loads, making them suitable for more complex tasks.

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