Best efficiency for logistics robots thanks to robust tablets

Challenges

Traditional transportation methods continue to pose a major challenge in the logistics sector. The use of conventional transport robots or hydraulic vehicles requires a high level of manual intervention and remains limited in terms of automation. As a result, production processes cannot be seamlessly connected to robots, production lines, workshops and warehouses.

Solution

To solve these problems, the use of a robust industrial tablet is recommended. These form the core of the logistics robots and, with their integrated systems for motor control, data acquisition, navigation and positioning, enable fast and efficient implementation in all areas of warehouse operations. This enables completely unmanned operation in the logistics center, increasing logistics efficiency while significantly reducing labor costs.

Once this solution has been implemented, the entire logistics process is simplified: workers simply select the desired goods via their workstation computer, while the logistics robot takes care of picking and transporting the goods. This system eliminates the need for employees to walk long distances through the warehouse, significantly reducing the workload for the company.

Selected spo-comm RUGGED tablets

RUGGED Tab 10 i5 Entry

• Robust 10" tablet
• Industry Tablet
• -20°C to +60°C
• 1x USB 3.0, 1x USB 3.1, 1x LAN

RUGGED Tab 10 N5100 Entry

• Robust, fanless 10" tablet
• Industrial and logistics PC
• -20°C to +60°C
• 1x USB 3.0, 1x SIM, 1x SD, 1x mini HDMI 1.4a

Our RUGGED tablets offer the perfect solution for the diverse challenges that can arise in demanding working environments. Whether in vehicles, on construction sites outdoors as an outdoor tablet, in warehouse logistics or in production halls - these robust devices impress with their exceptional reliability and versatility - even for logistics robots.

Advantages of RUGGED tablets for logistics robots

• Reception and processing of tasks with automatic navigation to the shelves, scanning of goods and transportation to the destination.

• Efficient task distribution and optimum coordination of the robots for the best results in the shortest possible time.

• Real-time monitoring of the operating status and current position of the robots for intelligent maintenance and operational control.

• Precise identification and positioning of goods thanks to autonomous navigation and intelligent QR code recognition.