MOBILE BOTS & FULL STACK DEVELOPMENT

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Pampa Technologies specializes in mobile robotics systems for the automotive industry, focusing on AGVs, AMRs, fleet manager and full stack software development and integration.
We combine hardware integration with proprietary cloud-based digital tools—such as fleet manager and coordination software—to enable safe, collaborative robot operations across complex factory environments. Our in-house software team also develops custom digital solutions that strengthen client relationships and expand our technological edge. 

Pampa Technologies has engineered a robust library of software modules based on years of integrating Automated Guided Vehicles with production control and material handling systems. This modular architecture fast-tracks project development and provides a standardized, clean interface for integrating disparate manufacturing solutions effectively. 

•  SCALABLE: Start Small and Grow as you need
•  SIMPLE: Spend less time making it work and maintaining.
•  SMART: Let existing logic do it efficiently.

Pampa Technologies utilizes a suite of proprietary software modules to streamline the integration of Automated Guided Vehicles. These modules accelerate project deployment and ensure seamless connectivity with material handling and production control systems, delivering a clean and user-friendly solution.

Four pillars for always changing environment.

• Flexible: adaptable to new challenges and scale.
• Open: transparent, clean and clear (someone else will access it).
• Smart: well designed and intelligent.
• Simple: modular and easy to use. 

The PAMPACART-466 is a dual-drive unit that allows movement in multiple directions. This core architectural feature provides the vehicle with a high degree of maneuverability, enabling movements such as omnidirectional travel and zero-radius turning.

The PAMPACART-423 AGV transport material for battery assembly lines, seamlessly moving battery cells, modules, and finished packs between production stages. Engineered for precision and safety, it ensures the gentle handling of sensitive components while boosting manufacturing efficiency and throughput. This flexible and scalable solution integrates with your existing MES/WCS, creating a fully connected and optimized workflow for modern battery production. 

The PAMPACART-415 is designed designed for the conveyance of fully assembled vehicle seats within a manufacturing facility. Its primary function is to transport seats from the dock location to a specific station on the main production line. 

The PAMPACART-412 is designed for the transport of fully assembled instrumentation panels (IP), also known as cockpit modules, within an automotive manufacturing environment. The system's primary application is the Just-In-Sequence (JIS) delivery of these complex modules from a sub-assembly area to the main vehicle assembly line. 

The PAMPACART-4337  is designed for the transport and delivery of fully assembled vehicle seats from a sub-assembly line or storage buffer to the main vehicle production line. 

The PAMPACART-317 used to create a flexible and dynamic assembly line for vehicle seats. Instead of a traditional fixed conveyor, this system uses Automated Guided Vehicles (AGVs) to transport Work-In-Process (WIP) seats between various manufacturing and inspection stations.

The PAMPACART-317  designed for the transport of multiple, distinct large-format modules within an automotive assembly plant. 

Its primary function is the Just-In-Sequence (JIS) delivery of both Front End Modules (FEMs) and Instrumentation Panels (IPs) from their respective sub-assembly areas to the main production line.