Flexible-Film Palletizing Raises Output 30% Across Two Plants

Surging sales met a manual bottleneck

Strong sales growth exposed a hard ceiling in the existing production process. Manual palletizing was labor-intensive, difficult to scale and unable to support rising demand with sufficiently predictable production rates.

The work itself compounded the pressure. Repetitive handling created an ergonomic burden, while frequent human error made the end of line less dependable. The manufacturer needed more output without anchoring growth to an increasingly taxing assignment.

• Remove repetitive palletizing from a labor-constrained process
• Make production rates more predictable as demand grew
• Reduce exposure to ergonomically difficult work
• Apply a repeatable operating design across both plants

A common palletizing design for both plants

The manufacturer introduced a collaborative palletizing system to take over the repetitive end-of-line task. The selected arm carried a 30 kg maximum payload, offered 1,889 mm of reach and supported direct teaching through wrist-mounted controls.

An integration partner managed the path from quotation through installation, which the manufacturer described as straightforward. The same project team and system design were used at both Canadian plants, and company leadership credited that consistency with making integration easier.

The published account does not provide rollout dates or state that deployment occurred in phases. It also does not document the operator-training program, service intervals or ongoing maintenance arrangement, so those details should not be inferred.

• Match arm payload and reach to the palletizing task
• Standardize the cell design across facilities
• Keep implementation knowledge with a consistent project team
• Transfer repetitive stacking work from employees to the collaborative system

Higher output and a steadier production rhythm

Output increased 30%. The source describes this as a productivity increase in its results summary and an output increase in the narrative. These are two descriptions of the same measured gain, not separate improvements.

Production rates also became more predictable. The results summary reports improved employee satisfaction and retention, while the detailed account says satisfaction was maintained and retention supported after the repetitive, ergonomically challenging role changed.

The source does not publish baseline throughput, units per hour, error-rate reduction, headcount changes, payback or deployment duration. The defensible result is therefore precise but bounded: 30% more output, steadier production and a better work profile around palletizing.

What this operating pattern means for US manufacturers

This is an independently documented industry example analyzed by Service Robot Co. Service Robot Co. did not perform the deployment and does not present the manufacturer as its client. Its value lies in the operating pattern: automate a stubborn end-of-line constraint, preserve a common design across sites and build repeatability into production.

Service Robot Co. is a full-service, OEM-neutral commercial robot integrator for US businesses. As a vendor neutral robot integrator, it selects equipment across manufacturers, then finances, deploys, integrates, trains and services each unit through a nationwide US engineer network.

That single-vendor accountability can make robot deployment and integration easier to manage over the full equipment lifecycle. Buyers evaluating a palletizing robot rental, cobot rental for manufacturing or monthly payment programs can work with the same organization for equipment selection, go-live support, training, remote triage and on-site service.