Pearson Packaging Systems

For advanced manufacturing operations, the challenge is no longer whether to automate palletizing.

It is how to keep high-mix output moving when cases, crates, pallet patterns, and downstream flow keep changing.

That is especially true in dairy, where corrugated cases, SRPs, and reusable plastic crates share the same end-of-line environment.

Different formats.
Different tooling.
Different pallet patterns.
Same uptime expectations.

In this application, the RPC-MX brings that complexity under control inside one coordinated robotic palletizing system.

This cell is engineered around the realities of high-mix palletizing:

• Dual robotic palletizing zones
• Multi-case vacuum picking for RSC cases
• Clamp-style tooling for reusable plastic crates
• Automated pallet dispensing and discharge flow
• Quick automated EOAT exchange
• User-centric HMI guidance for changeover and recovery

Cases and crates need different handling methods, but they should not become two separate end-of-line problems.

The RPC-MX helps high-mix lines keep output moving across formats without turning every packaging change into palletizing friction.

Explore the RPC-MX Configurable Robotic Palletizer:

https://pearsonpkg.com/equipment/robotic-palletizing/rpc-mx-configurable-robotic-palletizer/

When output is the priority, your case erector has to keep up.

The CE50 case erector is built for high-speed packaging lines where throughput, consistency, and uptime are non-negotiable. It runs up to 50 cases per minute while maintaining square, reliable case forming in demanding production environments.

Servo-driven motion across all major functions, combined with dual-opposed vacuum control and synchronized flight lugs, ensures consistent case forming and control at high speeds. The result is stable performance where variability and downtime aren’t acceptable.

The CE50 is a fit for operations that already understand automation and need a high-output case erector that can scale with line speed, production volume, and long-term growth.