Videos

Watch the Pearson CE35 Case Erector form and bottom-seal corrugated cases with hot melt glue for a heavy jugged-container line at up to 35 cases per minute. Using horizontal erecting with dual opposed vacuum forming and a mandrel-compressed bottom, the CE35 produces tight, square, rigid cases cycle after cycle. For manufacturers running heavy containers across multiple case sizes, it delivers consistent forming, a secure bottom seal, and dependable 24/7 operation in a compact footprint.

This video shows Pearson Packaging Systems’ BI25 Bag Inserter opening, inserting, and cuffing perforated bags from roll stock into corrugated cases at speeds up to 25 cases per minute. Opposing vacuum plenums open each bag consistently, a mandrel inserts it squarely into the case, and cuffing fingers lock it in place so the bag holds position through bag fill and sealing. Built for continuous operation in 24/7 manufacturing environments, the BI25 sits directly over the existing case conveyor with a compact footprint and supports fast multi-SKU changeover through semi-automatic adjustments and a guided User Centric Design HMI. For operations managers, plant engineers, and maintenance leads evaluating automated bag insertion for bag-in-box, bulk pack, or lined case applications, this video demonstrates how the BI25 delivers consistent bag placement, reduces rework, and protects product quality across every format and every shift.

This video shows Pearson Packaging Systems’ RPC-PH Pallet Handling Robotic Case Palletizer automating end-of-line palletizing on an industrial chemical production line. One FANUC robot handles the entire pallet cycle — picking pallets, placing slip sheets, and stacking sealed RSC cases layer by layer to a programmed pattern — while floor-mounted guarding and muting light curtains keep operators protected throughout. It is made for operations managers, plant engineers, procurement teams, and maintenance leads evaluating how robotic palletizing can build stable, transport-ready loads from heavy product, keep the cell running continuously between pallet exchanges, and protect operators in a live production environment.

This video shows Pearson Packaging Systems’ RPI Robotic Pulp Inserter in action, automating the insertion of protective pulp trays into cases on a high-output candle and home-fragrance line. Inside a single compact robotic cell, a FANUC robot picks pre-formed pulp trays from an inline magazine and places them into RSC cases at up to 20 trays per minute, while custom end-of-arm tooling, controlled singulation, and tool-free changeover keep every placement consistent across multiple pulp and case sizes. It’s made for operations managers, plant engineers, procurement teams, and maintenance leads evaluating how robotic pulp insertion can protect throughput, improve line reliability, and cut the manual handling that slows packout — so operators can spend less time tending the insertion step and more time keeping the whole line moving.

This RPC-MX robotic palletizing application helps high-mix dairy manufacturers automate case and crate palletizing in one coordinated end-of-line system. Designed for production environments running corrugated cases, SRPs, and reusable plastic crates, the dual-robot palletizing cell uses dual infeeds, multi-case vacuum picking for RSC cases, clamp-style EOAT for plastic crates, automated pallet dispensing, finished pallet discharge, quick automated EOAT exchange, and User Centric Design HMI guidance to keep mixed-format output moving. By coordinating product staging, robot picking, pallet exchange, load building, and format changeover, this application supports high pallet mix, controlled case and crate handling, consistent pallet patterns, improved load stability, and flexible robotic palletizing for dairy operations managing frequent SKU and packaging changes.

In this video, Pearson Packaging Systems showcases the RTL-MX as the center of an integrated case-packing system, supported by a CE25 Case Erector upstream and a CS15 Case Sealer downstream. Together, the system forms square, consistent cases, introduces operator-fed product into the robotic loading process, uses vision and line tracking to pick moving products accurately, and seals packed cases for downstream handling.

This RPC-MX application pairs dual-robot palletizing with in-line checkweighing and slip-sheet handling to keep out-of-spec bags out of the pallet build and improve layer consistency. Built for stable, repeatable pallet loads with bagged flour at production speed.

This video demonstrates CE15 Case Erector changeovers using nine clearly defined mechanical adjustment points designed for fast, repeatable setup across multiple case sizes and SKUs. Built for high-mix production environments, the CE15 supports consistent case forming performance while reducing training time, operator variability, and downtime in entry-level automation applications.

The CE15 Case Erector forms and squares corrugated cases as the first step in Pearson’s entry-level hand-pack automation system. In this configuration, the CE15 delivers rigid, consistently formed cases to operators at a hand-pack station before cases move to the CS15 Case Sealer for automated top sealing. This approach introduces reliable case erecting automation while keeping packing manual for flexibility in secondary packaging operations.

The CS15 Case Sealer completes Pearson’s entry-level hand-pack automation system by automatically closing and sealing cases after manual packing. In this configuration, the CE15 Case Erector delivers square, stable cases to operators at a hand-pack station, and the CS15 seals finished cases using reliable flap folding and tape sealing for consistent case quality and downstream flow. Designed for operations entering packaging automation, this system automates case erecting and case sealing while keeping packing manual for flexibility. The CS15 supports dependable case sealing performance in secondary packaging lines while providing a scalable foundation for future automation.