Thermoformed AGV Vehicle Shells

AGV and AMR covers must fit around sensors, batteries, wiring and serviceable equipment. A useful starting model shows the chassis datums, required access and keep-out zones, not just the exterior shape. We form and trim custom shells against those interfaces.

Vacuum Forming AGV Vehicle Shells

Automated Guided Vehicle (AGV) is an industrial vehicle used to load goods automatically or manually and drive to a specified location according to a preset route. key structural components such as the body shell, battery cover, sensor shield and chassis plate of an AGV are usually produced by vacuum molding in order to meet the requirements of light weight and durability.

Ditaiplastic Thermforming Automated Guided Vehicle(AGV) — ditaiplastic Thermforming Automated Guided Vehicle(AGV)

Ditaiplastic Thermforming Automated Guided Vehicle(AGV)hicle(AGV) — ditaiplastic Thermforming Automated Guided Vehicle(AGV)

Vacuum Forming Applications for AGV

Advantages of AGV body shell

Lightweight Design
Thermoformed plastic components are known for their lightweight properties, effectively reducing the overall weight of the vehicle and lowering energy consumption. This not only improves energy efficiency but also extends battery life, making it ideal for electric vehicles, AGVs, and other systems where long-lasting performance and reduced operating costs are critical.

Impact and Abrasion Resistance
Made from high-strength plastic materials with optimized structural design, these components offer excellent resistance to impact and surface wear. They help protect equipment from scratches, collisions, and harsh handling, ensuring longer service life. This reduces maintenance frequency and enhances durability in demanding work environments or during frequent transport.

A formed panel can protect equipment from incidental contact, but enclosure ingress performance depends on joints, gaskets, vents, cable entries and the complete assembly. Specify any IP or environmental target and its test method; do not infer waterproofing from the plastic sheet.

Compared with other plastic processing processes, vacuum forming has the following characteristics:

Short Production Cycle
Thermoforming allows for a much shorter mold development timeline compared to traditional manufacturing methods. This makes it ideal for small to medium batch customized production, especially in AGV projects where design changes and rapid iterations are common. With faster prototyping and tooling, manufacturers can significantly reduce time-to-market and stay agile in a competitive environment.

Low Manufacturing Cost
Compared to injection molding, thermoforming offers significant cost advantages when producing large-sized plastic components. The mold cost is lower, and the process is more economical for medium or low-volume production. This makes it an excellent choice for AGV shell parts, trays, or covers, where balancing structural performance with budget efficiency is a key concern.

Support for Personalized Customization
Thermoforming supports a high degree of customization to meet the needs of various AGV models. Manufacturers can adjust material thickness, color, and surface finish—such as matte, glossy, or textured—based on both functional and aesthetic requirements. This flexibility enables the creation of visually distinctive and application-specific components that strengthen brand identity.

By utilizing vacuum forming, AGV vehicle enclosures not only enhance safety and operational stability but also provide highly customizable solutions tailored to industry needs, making them an essential component of modern automated logistics systems.

Plastic shells are becoming increasingly popular in Automated Guided Vehicles (AGVs) due to their advantages in lightweight design, impact resistance, and abrasion durability. Compared to traditional metal enclosures, thermoformed plastic housings significantly reduce vehicle weight without compromising structural strength. This not only improves energy efficiency and battery life but also enhances the AGV’s ability to withstand collisions and surface wear during daily operation. As a result, AGVs equipped with plastic shells are more adaptable to high-frequency, complex working environments and can operate more smoothly and reliably.

In addition, thermoformed plastic shells offer excellent customization capabilities. Manufacturers can tailor material type, thickness, surface texture, and color to meet the specific needs of different application scenarios, combining functionality with visual appeal. This flexibility makes plastic housings especially suitable for industries such as logistics and warehousing, smart manufacturing, and medical transport—where long run times, cleanliness, and adaptability to various environments are crucial. Overall, plastic shells present a cost-effective and versatile solution that helps improve automation performance, lower operational costs, and extend the service life of AGV systems.

For food-processing, warehouse or outdoor routes, list the actual dust, water, washdown, chemicals and temperature exposure. Review seals and fasteners with the chassis supplier, then test the assembled enclosure to the required rating. A formed shell on its own has no IP rating.

Additionally, plastic housings offer high design flexibility and can be customized to meet the specific requirements of different AGV models. Manufacturers can adjust material thickness, shape, and surface finishes such as painting, matte, or gloss to meet various functional needs. Compared to injection molding and metal processing, thermoforming has shorter production cycles and lower costs, making it especially suitable for small to medium batch production and rapid turnaround. This provides AGV manufacturers with efficient and cost-effective production solutions, helping to meet fast delivery and flexible manufacturing demands.

During prototype review, we check whether the shell can be installed and removed without disturbing sensors, harnesses or battery service. Record the position of each cut-out against the chassis datum and decide which dimensions are inspected in a fixture.

With a fully integrated vacuum forming process, we enable rapid prototype production, ensuring efficient assembly and testing. This accelerates the transition from design to mass production, offering customers a streamlined and reliable manufacturing solution.

We prioritize quality above all else, recognizing that superior products are the key to earning customer trust. In every collaboration, we are committed to delivering stable, reliable, and customized vacuum forming solutions, ensuring successful project completion and fostering long-term partnerships.

Ditai offers flexible customization services to support different materials, thicknesses and surface treatments to meet various application scenarios.

For more, check out our https://www.youtube.com/@vacuumforming

Main Body Cover & Protective Cover

Wheel and Chassis Components

One-Stop Solution for AGV Vehicle Enclosure Design and Manufacturing

DITAI was established in 2013, while our founder entered the plastics industry in 1997. We can combine forming, CNC trimming, bonding, hardware installation, painting and assembly to the agreed scope. Explore robot-body housing requirements.

Our high-quality and efficient services ensure that AGV enclosures meet functional, aesthetic, and durability requirements, making them suitable for various industrial applications. Whether you need customized designs or large-scale production, our expertise guarantees a cost-effective and reliable manufacturing process tailored to your specific needs.