Person-to-Goods

Person-to-Goods picking refers to the process of workers manually selecting items from warehouse aisles and bringing them to a packing area. Nowadays, Autonomous Mobile Robots (AMRs) serve as smart carts, assisting in this fulfilment method. The worker meets the robot at the pick site, places items into the smart cart, and then they proceed separately to the next pick location. This reduces walking distance for workers as they focus on specific zones, resulting in less foot travel. Smart carts handle most of the travel, including the return route to the packing station once all items in an order are picked. To improve efficiency, Warehouse Execution System (WES) software and AI technology can minimise walking time and enhance picking productivity. Workers can receive notifications for the next pick location through wearable devices like wrist displays or smart glasses. Technologies such as Pick-to-Light or Pick-by-Voice guide workers to the precise SKU location, while AI software reduces travel time. These advancements optimise the Person-to-Goods picking process, streamlining operations and increasing productivity in warehouse environments.

Person-to-Goods robotics solutions offer several benefits in warehouse operations. They improve picking efficiency by reducing worker walking distances, resulting in increased productivity. These solutions minimise errors in order fulfilment and enhance accuracy, leading to improved customer satisfaction. By automating the movement of goods, they reduce physical strain on workers and create a safer work environment. Additionally, Person-to-Goods robotics solutions optimise space utilisation, streamline operations, and provide scalability to handle changing demands. Overall, they contribute to higher operational efficiency, cost savings, and improved overall performance in warehouse settings.

Person-to-Goods robotics solutions utilise advanced technologies such as Autonomous Mobile Robots (AMRs) for autonomous navigation and item delivery. Software and AI algorithms control the robots and optimise picking sequences. Sensors, including cameras and proximity sensors, ensure safe navigation and item detection. Wearable devices provide real-time information to workers, and technologies like Pick-to-Light guide them to the correct items. These solutions also integrate with Warehouse Execution Systems (WES) for seamless coordination. The combination of these technologies enables efficient and accurate person-to-good operations in warehouses.

Person-to-Goods robotics solutions offer benefits to various industries that involve warehousing and logistics operations. Industries such as e-commerce, retail, pharmaceuticals, automotive, and consumer goods find value in these solutions. Any industry that requires efficient order fulfilment, improved picking accuracy, reduced labour-intensive tasks, and enhanced operational efficiency can benefit from Person-to-Goods robotics solutions. These solutions optimise warehouse processes, increase productivity, and contribute to improved customer satisfaction by streamlining the movement of goods and reducing manual labour efforts.

Person-to-Goods robotic solutions offer scalability and flexibility in intralogistics by adapting to changing demands and operational needs. These solutions can easily scale up or down based on the volume of orders and inventory levels. With the ability to handle a wide range of SKU sizes and configurations, they accommodate diverse product portfolios. The flexible nature of these systems allows for efficient reconfiguration and optimisation of workflows as operational requirements evolve. By automating the movement of goods, Person-to-Goods robotics solutions enable intralogistics operations to efficiently scale and adapt to dynamic business environments, ensuring increased efficiency, reduced lead times, and improved overall operational performance.

Yes, Person-to-Goods robotic solutions are designed to be compatible with existing warehouse systems. They can seamlessly integrate with Warehouse Management Systems (WMS), Enterprise Resource Planning (ERP) systems, and other software used in warehouse operations. Through APIs and data exchange protocols, these robotic solutions can communicate and synchronise with existing systems, ensuring smooth coordination and data flow. This compatibility allows for efficient order processing, inventory management, and real-time visibility of operations. By leveraging existing infrastructure and systems, Person-to-Goods robotic solutions can be seamlessly implemented, minimising disruptions and maximising the benefits of automation in warehouse environments.

Person-to-Goods robots are versatile and capable of performing a wide range of tasks in warehouse settings. They can handle tasks such as item picking, packing, sorting, and replenishment. These robots are designed to navigate aisles, locate specific items, and transport them to designated areas for further processing. They can interact with shelves, racks, conveyors, and other equipment to efficiently carry out these tasks. Additionally, Person-to-Goods robots can collaborate with human workers, assisting them in the order fulfilment process. With their advanced capabilities, these robots streamline warehouse operations, improve accuracy, reduce labour-intensive tasks, and enhance overall productivity.

Addverb offers Pick-to-Light (Rapido) and Pick-by-Voice (Zesty) solutions as part of their comprehensive Person-to-Goods offerings. Rapido utilises light-based indicators to guide workers to the exact location of items, minimising picking errors and reducing search time. The system illuminates the correct pick location, ensuring accurate and efficient order fulfilment. Zesty, on the other hand, employs voice-directed technology, allowing workers to receive real-time instructions through a headset. This hands-free solution enhances productivity and accuracy, as workers can focus on their tasks while following voice commands. Both Rapido and Zesty solutions provided by Addverb optimise picking processes, improve operational efficiency, and contribute to streamlined intralogistics operations.

Pick-to-Light technology is an automated picking system that uses light-based indicators to guide operators to the correct pick locations in a warehouse or distribution center. Each pick location is equipped with a light module that illuminates when an item needs to be picked. The operator follows the lights, retrieves the item from the designated location, and confirms the pick. This technology improves accuracy, reduces picking errors, and increases productivity by providing clear visual cues and eliminating the need for manual searching. In supply chain management, Pick-to-Light technology enhances order fulfilment processes, speeds up picking operations, and improves overall efficiency by ensuring precise and efficient item picking, ultimately contributing to streamlined logistics operations and improved customer satisfaction.

Pick-by-Voice technology, also known as voice-directed picking, enables hands-free and eyes-free order fulfilment in warehouse operations. It functions by providing real-time voice instructions to operators via a headset or wearable device. The system interacts with the operator through speech recognition and synthesis, guiding them to the correct pick locations and providing item details and quantities. The operator confirms each step by speaking into the microphone. Pick-by-Voice technology improves picking accuracy, efficiency, and worker productivity by eliminating the need for paper-based lists or handheld devices. It enables operators to focus on their tasks while keeping their hands free, resulting in faster and more accurate order fulfilment. This technology plays a crucial role in reducing errors, improving overall operational efficiency, and streamlining warehouse operations.