Bosch Rexroth is highlighting advanced conveyance, drive, motion control, and factory automation technologies for the packaging industry at PACK EXPO International 2026 in Chicago. The development reflects the continued demand for flexible and highly connected automation systems in modern manufacturing environments.

Conveyor technology plays a critical role in automated production. A packaging line may contain multiple machines, robotic systems, sensors, inspection stations, and control systems, but efficient material movement is essential for maintaining overall production performance.

Modern conveyor systems increasingly integrate intelligent drives, sensors, motion controllers, industrial networks, and software. These technologies allow manufacturers to coordinate product movement with other production processes and respond more quickly to changes in production requirements.

In a typical automated packaging line, a PLC can coordinate conveyors, sensors, motors, safety devices, robotic equipment, and operator interfaces. Variable frequency drives can control motor speed, while servo systems can provide high-precision positioning for applications that require accurate and repeatable motion.

The growing use of connected drives is also changing how manufacturers manage industrial equipment. Drive systems can provide operational information such as speed, load, temperature, and fault conditions. This data can support condition monitoring, preventive maintenance, energy management, and production optimization.

Robotic palletizing is another important application within factory automation. Automated palletizing systems can perform repetitive material-handling operations with consistent cycle times and positioning accuracy. When integrated with conveyors, sensors, machine vision, PLC controllers, and industrial safety systems, robotic cells can become part of a fully automated production workflow.

Flexibility is becoming particularly important for packaging manufacturers. Production facilities may need to handle different products, package sizes, materials, and production volumes. Software-based configuration and modular automation architectures can make it easier to adjust production equipment without completely redesigning the control system.

The trend is also relevant to companies modernizing existing factories. Many industrial plants operate a mixture of legacy PLCs, drives, sensors, communication modules, and newer automation platforms. Maintaining reliable communication between these generations of equipment is an important consideration during modernization projects.

Industrial Ethernet and other communication technologies can help connect field devices with PLCs, edge computers, SCADA platforms, and manufacturing software. This creates a continuous flow of production information from individual machines to higher-level management systems.

For machine builders and system integrators, developments in conveyor and drive technology demonstrate how industrial automation is becoming increasingly integrated. Motion control, robotics, sensing, safety, and software are no longer isolated technologies but interconnected parts of a complete manufacturing architecture.

As global manufacturers continue to pursue higher productivity, shorter changeover times, better energy efficiency, and greater production flexibility, advanced conveyor systems, industrial drives, robotics, and PLC-based automation will remain important technologies across packaging, food and beverage, logistics, consumer goods, and other manufacturing sectors.