A material handling policy doesn’t need to be complicated. It needs to cover the right things and be something workers actually follow.
Most facilities either have no formal material handling policy, or have one written years ago that no one reads anymore. Neither situation is good: manual material handling is the single largest source of serious workplace injury costs in the U.S., according to Liberty Mutual, and a policy that exists on paper but isn’t reflected in daily practice doesn’t reduce that risk.
What follows is a practical framework covering what a useful material handling policy includes, why each element matters, and how to make it something workers actually use.
What does a material handling policy actually need to cover?
OSHA does not mandate a specific material handling policy document, but the General Duty Clause (Section 5(a)(1) of the OSH Act) requires employers to provide a workplace free from recognized serious hazards. Ergonomic hazards from manual pushing, pulling, and lifting are recognized hazards in OSHA’s own guidance. A formal policy is how you demonstrate that you’ve identified the risk and put controls in place.
The core elements:
- Scope: which tasks and work areas the policy covers
- Hazard identification: how the facility identifies tasks that exceed safe manual handling limits
- Control hierarchy: how high-risk tasks are addressed (engineering controls first, administrative second, PPE last)
- Training requirements: who needs training, on what, and how often
- Incident and near-miss reporting: how workers report problems and how the facility responds
- Review cycle: when the policy gets updated and who owns it
What force limits should the policy reference?
OSHA does not publish numeric push/pull limits, but the National Institute for Occupational Safety and Health (NIOSH) ergonomics guidelines provide a widely used reference point: sustained push and pull forces should generally stay below 50 lbs for most workers under typical conditions, with initial forces ideally below 75 lbs.
In practice, many common facility tasks exceed these thresholds. A loaded cart on an uneven floor, a vehicle being repositioned in a service bay, or a dumpster on a rough lot surface can each require significantly more than 50 lbs of sustained force to move. The policy should name the specific tasks in your facility that exceed the threshold and specify how those tasks are to be handled.
Engineering controls come first
OSHA’s control hierarchy puts engineering controls above administrative ones: if you can mechanize a hazardous task, that is always preferable to training workers to do the hazardous task more carefully.
For material handling, engineering controls mean equipment: powered carts, electric tuggers, electric pushers, trailer movers. When one operator with a PowerPusher replaces three workers manually pushing a vehicle, the ergonomic risk gets removed rather than managed. That’s the difference between an engineering control and a training program.
Your policy should identify which tasks require mechanical assist equipment, which equipment is assigned to those tasks, and what the procedure is for when that equipment is unavailable.
Make training specific, not general
Load On Cart
Generic safe lifting posters and annual safety talks have limited effect on behavior. Training that’s specific to actual tasks in the facility like how to move a cart, what to do when a vehicle needs repositioning, when to call for equipment rather than doing it manually produces better outcomes.
OSHA’s ergonomics guidelines recommend a participatory approach: workers involved in identifying risk factors and developing solutions, rather than receiving instructions from the top down. Workers who push and pull loads every day usually know which tasks are hardest and where the near-misses happen. That knowledge should inform the policy.
Training should include who to involve and what to do when a load requires more than one person, when to use equipment, how to report strain or discomfort early rather than waiting for a formal injury, and how to identify and report near-misses.
Near-miss reporting is the early warning system
Near-misses, or situations where an injury almost happened, are one of the most reliable leading indicators of future injuries. A load that almost tipped, a cart that nearly ran into someone, a worker who slipped while pushing but caught themselves: these events are signals that a task or environment carries real risk.
A material handling policy should include a simple, non-punitive near-miss reporting process. Workers who fear discipline for reporting problems don’t report them, and the facility loses the early warning data it needs to prevent the actual injury.
Review and update the policy regularly
A policy written three years ago may not reflect current equipment, current staffing patterns, or current facility layout. At minimum, a material handling policy should be reviewed annually, and after any recordable injury or near-miss incident that reveals a gap.
Assign clear ownership. Someone needs to be responsible for maintaining the policy, tracking incidents, and pushing for equipment or workflow changes when the data indicates the risk isn’t being managed.
Not sure where to start? PowerPusher can help you identify the highest-risk manual tasks in your facility. → Request a demo
FAQ
Q: Is a written material handling policy legally required?
OSHA does not mandate a specific written material handling policy, but the General Duty Clause requires employers to address recognized hazards. In the event of a citation or injury claim, a written policy with training records demonstrates that the employer identified the risk and took steps to control it. The absence of a policy makes that harder to show.
Q: What’s the difference between an administrative control and an engineering control for material handling?
An engineering control removes or reduces the hazard. Replacing manual pushing with a powered electric mover is a direct example. An administrative control manages worker behavior around the hazard, such as requiring two-person teams or limiting the number of moves per shift. Engineering controls are preferred because they eliminate exposure rather than managing it.
Q: How specific does the policy need to be?
Specific enough to actually guide behavior. A policy that says ‘use proper lifting techniques’ covers nothing. A policy that says ‘vehicles over 1,500 lbs must be moved with the Automotive PowerPusher in Bays 1-4; manual repositioning of inoperable vehicles is not permitted’ is one workers can follow.
Q: How do we get workers to actually follow the policy?
Involve them in writing it, make the equipment easy to access and faster than the manual alternative, and make reporting problems safe rather than punitive. A policy that’s faster and easier to follow than the workaround gets followed. One that isn’t doesn’t.
Sources
- OSHA Ergonomics Overview — https://www.osha.gov/ergonomics
- OSHA 1910.176, Handling Materials — General — https://www.osha.gov/laws-regs/regulations/standardnumber/1910/1910.176
- OSHA Ergonomics Standards and Enforcement FAQs — https://www.osha.gov/ergonomics/faqs
- Liberty Mutual 2025 Workplace Safety Index — https://business.libertymutual.com/workplace-safety-index/
- NIOSH, Ergonomics and Musculoskeletal Disorders — https://www.cdc.gov/niosh/topics/ergonomics/
- CertifyMe, OSHA Material Handling Guidelines — https://www.certifyme.net/osha-blog/osha-material-handling-guidelines/