Optimize your Material Handling with PMC's Automated Guided Vehicle (AGV) Simulation Solutions

AGV simulations revolutionize manufacturing planning by creating flexible, adaptable virtual environments. These simulations enable efficient testing of various material movement strategies, leveraging AGV technology without physical layout changes or additional equipment investments. They allow plant managers to experiment with and optimize routes in real-time, using advanced features like GPS algorithms and Sideways Crab movement. This virtual approach enables on-demand deployment strategies, energy efficiency, and scalability for higher demands, while also incorporating self-diagnostic features to predict maintenance needs and avoid production delays.

PMC AGV Simulation Capabilities

Explore PMC's diverse manufacturing AGV simulations. Uncertain about your needs? Watch our explanatory video to discover the different AGV simulation types we offer.

  • Automated Guided Cart (AGC) Simulation
  • All Wheel Steer (AWS) Simulation
  • Crab Motion Simulation
  • Robotic Material Handling Unit Simulation
  • Zero Turn AGV Simulation

AGV Simulation Advantages & Benefits

  • Boost productivity and decrease labor costs
  • Ensure consistent and accurate movement of goods
  • Optimize facility space utilization
  • Increase workplace safety by eliminating repetitive or hazardous tasks
  • Offer operational flexibility in logistics and manufacturing
  • Operate continuously, maximizing efficiency and minimizing downtime
  • Reduce the risk of goods damage during transportation
  • Enable integration with other systems for improved efficiency
  • Minimize errors by reducing the need for human intervention
  • Provide real-time tracking and monitoring for enhanced supply chain visibility and control
  • Operate continuously without breaks, increasing productivity and throughput

Advanced Software

Service Applications

  • Material handling and transport
  • Palletizing and depalletizing
  • Assembly line delivery
  • Inventory management
  • Order picking and fulfilment
  • Packaging and shipping
  • Waste management
  • Automated storage and retrieval systems
  • Pick and place operations
  • Quality control and inspection
  • Waste removal
  • Cleaning and maintenance tasks
  • Hospital logistics and patient transport

Industries which Benefit from AGV Simulation

Distribution centers
E-commerce fulfillment centers
Automotive plants
Aerospace facilities
Pharmaceutical and medical device manufacturing
Food and Beverage processing plants
Paper and pulp manufacturing
Textile manufacturing
Logistics and transportation hubs
Hospitals and healthcare facilities

Our Experts

PMC has a team of AGV experts specializing in tailored consulting solutions to address diverse client requirements. With a wealth of experience in designing and optimizing AGV systems across industries like manufacturing, logistics, and healthcare, our expertise prioritizes productivity, efficiency, and safety. Collaborating closely with clients, we ensure the smooth integration of AGVs into their operations for enhanced performance guiding clients to optimized solutions for productivity and safety.

Related Service: Agent Based Simulation Modeling

Agent-based models are computer simulations that scrutinize the interactions between individual agents, such as people or vehicles, which are assigned attributes and programmed to behave and interact. Diverging from conventional methods, agent-based modeling visually represents intricate systems, enabling the simulation of challenging real-world experiments. It offers a pragmatic approach to comprehending complex interactions, delivering practical insights and solutions across various domains.

Frequently Asked Questions

What is automated guided vehicle system?
An automated guided vehicle system (AGVS) is a type of material handling system that uses self-guided vehicles to move materials, products, and other payloads throughout a facility without the need for human intervention. AGVS typically consist of mobile robots, called automated guided vehicles (AGVs), that follow pre-programmed routes and can be equipped with a range of sensors and technologies that enable them to navigate and avoid obstacles. AGVS can be used in various industries, such as manufacturing, warehousing, and distribution, to automate the movement of goods and improve productivity, safety, and efficiency.
What are the advantages of automated guided vehicles?
AGVs provide numerous advantages, including increased productivity, reduced labor costs, and improved workplace safety. They offer consistency and accuracy in the movement of goods, and their design optimizes space utilization within a facility. AGVs can be equipped with sensors that provide real-time tracking and monitoring of goods, improving visibility and control over the supply chain. Their flexibility allows them to be programmed to perform a variety of tasks, offering flexibility in manufacturing or logistics operations.
What are the components of automated guided vehicle system?
The components of an Automated Guided Vehicle (AGV) system include the AGV itself (which is essentially a mobile robot), control software, navigation system (which can include sensors, cameras, and laser scanners), power and charging system, and an interface for integrating with other systems (such as warehouse management software). Other optional components can include safety systems (such as bumpers, emergency stop buttons, and warning signals), communication systems (such as RFID tags or Wi-Fi), and specialized attachments for carrying specific types of cargo.
What are the different types of AGVs ?

There are several different types of Automated Guided Vehicles (AGVs) available, including:

  • Unit Load AGVs: These are designed to move a single load, such as a pallet, tote, or container.
  • Forklift AGVs: These AGVs are equipped with forks to lift and move loads, similar to a conventional forklift.
  • Tugger AGVs: These are designed to pull loads, such as carts or trailers, and are commonly used in material handling and distribution applications.
  • Assembly Line AGVs: These are used to transport materials to and from assembly lines, and are often integrated with other systems, such as conveyors or robots.
  • Hybrid AGVs: These combine the capabilities of multiple types of AGVs, such as unit load and forklift AGVs, to handle a variety of tasks within a facility.
  • Custom AGVs: These are designed and built to meet specific customer requirements, and can be customized in terms of size, shape, and functionality.
What are some frequently used AGV Simulation terms?
  • Automated Guided Cart (AGC) Simulation
    • Ideal for for assembly line work & transportation. AGCs allow for automation of material transfer in a facility.
  • All Wheel Steer (AWS) Simulation
    • Automated Guided Vehicles with all wheel steer are more maneuverable than their two wheel steer counterparts.
  • Crab Motion Simulation
    • Simply put, “crab motion” allows AGVs to move sideways around pillars along a predetermined self guided path.
  • Robotic Material Handling Units
    • Robotic Material Handling Units not only cut the cost of human workers, but they are capable of handling jobs that humans simply cannot. These machines don’t need breaks, time off, and can work all through the night tom complete tasks.
  • Zero Turn AGV Simulation
    • With a 0° turn radius, these types of AGVs are without the most maneuverable without sacrificing speed.

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