INFRASTRUCTURE
Intramega Global delivers customized warehouse infrastructure specifically designed to maximize your storage capacity and optimize efficiency. Our team conducts a thorough assessment of your space and workflows to craft a tailored system that seamlessly integrates with your existing operation. The result: a warehouse engineered for efficiency, unlocking its full potential for optimized storage and streamlined operations.
PALLET RACKING
SYSTEM
We design and build pallet racking systems that utilize every inch of vertical space, maximizing your storage capacity for palletized goods.
Our AGVs are autonomous mobile robots designed to move materials within facilities. They optimize space, flexibility, and operational efficiency while boosting productivity and reducing costs. AGVs are ideal for various applications such as non-value-added material movement, challenging environments, steady throughput, labor scarcity, repetitive transport, buffer locations, complex production flows, and interfacing with automated warehouses and shipping processes.
Our AGVs are autonomous mobile robots designed to move materials within facilities. They optimize space, flexibility, and operational efficiency while boosting productivity and reducing costs. AGVs are ideal for various applications such as non-value-added material movement, challenging environments, steady throughput, labor scarcity, repetitive transport, buffer locations, complex production flows, and interfacing with automated warehouses and shipping processes.
Our AGVs are autonomous mobile robots designed to move materials within facilities. They optimize space, flexibility, and operational efficiency while boosting productivity and reducing costs. AGVs are ideal for various applications such as non-value-added material movement, challenging environments, steady throughput, labor scarcity, repetitive transport, buffer locations, complex production flows, and interfacing with automated warehouses and shipping processes.
Our AGVs are autonomous mobile robots designed to move materials within facilities. They optimize space, flexibility, and operational efficiency while boosting productivity and reducing costs. AGVs are ideal for various applications such as non-value-added material movement, challenging environments, steady throughput, labor scarcity, repetitive transport, buffer locations, complex production flows, and interfacing with automated warehouses and shipping processes.
Our AGVs are autonomous mobile robots designed to move materials within facilities. They optimize space, flexibility, and operational efficiency while boosting productivity and reducing costs. AGVs are ideal for various applications such as non-value-added material movement, challenging environments, steady throughput, labor scarcity, repetitive transport, buffer locations, complex production flows, and interfacing with automated warehouses and shipping processes.
Our AGVs are autonomous mobile robots designed to move materials within facilities. They optimize space, flexibility, and operational efficiency while boosting productivity and reducing costs. AGVs are ideal for various applications such as non-value-added material movement, challenging environments, steady throughput, labor scarcity, repetitive transport, buffer locations, complex production flows, and interfacing with automated warehouses and shipping processes.
Our AGVs are autonomous mobile robots designed to move materials within facilities. They optimize space, flexibility, and operational efficiency while boosting productivity and reducing costs. AGVs are ideal for various applications such as non-value-added material movement, challenging environments, steady throughput, labor scarcity, repetitive transport, buffer locations, complex production flows, and interfacing with automated warehouses and shipping processes.
Our AGVs are autonomous mobile robots designed to move materials within facilities. They optimize space, flexibility, and operational efficiency while boosting productivity and reducing costs. AGVs are ideal for various applications such as non-value-added material movement, challenging environments, steady throughput, labor scarcity, repetitive transport, buffer locations, complex production flows, and interfacing with automated warehouses and shipping processes.
