Exosuit Pilot Raises Picking Productivity 14.7%

Heavy Picking Was Taking a Physical Toll

Repeated heavy lifting was central to the warehouse picking operation. As shifts progressed, employees experienced fatigue and lower-back discomfort, two conditions that can erode pace, consistency, and confidence on the floor.

The operational challenge was not simply to push more volume through the same workforce. The warehouse needed to test if wearable assistance could support employees while preserving the practical movements required for automotive-parts distribution.

• Frequent lifting placed recurring strain on warehouse employees.
• Fatigue accumulated during physically demanding picking work.
• Lower-back discomfort affected the employee experience.
• Any intervention had to support productivity without shifting additional risk onto workers.

A Bounded Wearable-Robot Pilot

The warehouse introduced back-support exosuits through a three-month robot pilot program. Employees wore the devices during heavy-lifting work, allowing the operation to examine productivity alongside reported fatigue and lower-back discomfort.

The published account does not disclose participant count, training curriculum, maintenance process, or comparison design. For a credible replication, those elements should be defined before launch so that fit, adoption, support, and measurement remain visible throughout the trial.

• Identify the lifting tasks and employees suited to wearable assistance.
• Fit the exosuit to each participating worker and train for correct use.
• Begin with a controlled try before you buy deployment.
• Provide shift-level support and a clear service escalation path.
• Track operational output and worker-reported experience together.

Higher Output With Lower Reported Strain

During the pilot, picking productivity increased 14.7%. That headline result arrived with movement in the worker measures too: reported fatigue from heavy lifting fell 41%, while lower-back discomfort fell 27% when employees wore the exosuits.

The findings show an encouraging association between wearable assistance, output, and worker experience in this operation. They do not establish that every job will produce the same result, and the source explicitly notes that productivity gains vary by task and pilot.

From Evidence to a Deployment Decision

For warehouse leaders, the lesson is disciplined evaluation. A robot pilot program should test the machine against the actual load, motion, workforce, and operating cadence, with productivity and employee feedback assessed together rather than in separate silos.

Service Robot Co. brings that discipline as a vendor neutral robot integrator for US businesses. We select equipment across manufacturers, arrange financing and monthly payment programs, handle robot deployment and integration, train the operating team, and service each unit through a nationwide US engineer network. It is one vendor for the whole lifecycle, not a claim that Service Robot Co. conducted this documented pilot.