Your dock has real automation potential. The full picture depends on your specific operation.

Based on your inbound volume and case profile, there’s a credible case for robotic labor at your facility. The economics vary depending on how your shifts are structured — and the operational benefits beyond the direct cost comparison often tip the decision.

How the economics work

Pixmo carries a fixed monthly cost regardless of how many containers come through — $6,000 for one shift, $7,500 for two, $8,250 for three. At single-shift operations, robotic labor is cost-comparable to a single worker. Where the financial case gets clearly stronger is across two or three shifts, where that fixed cost spreads over significantly more volume while manual labor would scale proportionally.

If adding shifts is in your plan — whether to handle growth or reduce your dependence on hard-to-hire labor — that changes the math considerably.

Where the value is regardless of shift structure

Even at single-shift operations where the direct costs are comparable, the operational picture looks different with robotic labor:

• Turnover costs. High turnover on the unloading dock is expensive and disruptive. Recruiting, onboarding, and lost productivity add real hidden cost that doesn’t show up in a direct labor comparison.
• Injury reduction. Container unloading carries meaningful workers’ comp exposure. Reducing that risk has both financial and operational value.
• Consistent throughput. Predictable dock performance means fewer downstream ripple effects on your sortation and fulfillment operations.
• Scalability. If your volume grows, Pixmo grows with it — without the lag time of hiring and training.