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Home›Courses›Safety Training›Material Handling: Proper Lifting Techniques

Material Handling: Proper Lifting Techniques

23 minutesEN / ES / MLCCSafety TrainingOSHA General Duty Clause; NIOSH Revised Lifting Equation
Quick Answer

Material Handling: Proper Lifting Techniques is a 23-minute online course that teaches employees the correct body mechanics for lifting, carrying, pushing, and pulling materials to prevent back injuries and musculoskeletal disorders. It is designed for warehouse, manufacturing, and any employees who perform manual material handling and includes a downloadable certificate of completion.

Course Overview

Back injuries from improper lifting are among the most common and costly workplace injuries in the United States. According to the Bureau of Labor Statistics, overexertion from lifting and lowering objects accounts for hundreds of thousands of lost-time injury cases annually, with back injuries carrying an average workers' compensation cost that far exceeds the average for other injury types. OSHA reports that back injuries account for one of every five workplace injuries and illnesses. The median time away from work for back injury cases is significantly higher than for most other injury categories, making prevention through proper training one of the most effective investments employers can make.

This course trains your employees on the biomechanics of safe lifting, including proper foot placement, load assessment, the lift path, and the use of legs rather than the back as the primary lifting mechanism. Your team will learn to evaluate loads before lifting, recognize when mechanical assistance is needed, apply proper carrying techniques for different load types, and use team lifting procedures for heavy or awkward objects. The course also covers pushing and pulling techniques that minimize spinal stress.

What You'll Learn

  • Biomechanics of safe lifting - why proper technique prevents injury
  • The five-step lifting process: plan, position, grip, lift, and move
  • Load assessment - determining weight, stability, and whether mechanical assistance is needed
  • Proper foot placement, center of gravity, and the power zone for lifting
  • Team lifting procedures for heavy, awkward, or oversized loads
  • Safe carrying, pushing, and pulling techniques that reduce spinal stress
  • When and how to use mechanical lifting aids - dollies, carts, and lift-assist devices
  • Recognizing early warning signs of back strain and the importance of reporting symptoms

Who Needs This Training

  • Warehouse workers who lift, carry, and move packages, boxes, and palletized goods
  • Manufacturing employees handling raw materials, parts, and finished products
  • Construction workers moving materials, tools, and equipment on jobsites
  • Healthcare workers who lift and reposition patients or heavy medical equipment
  • Retail and stockroom employees unpacking, stacking, and shelving merchandise
  • Any employee whose job involves repetitive or heavy manual lifting tasks

Regulatory Background

While OSHA does not have a specific standard setting maximum lifting weight limits for employees, the agency addresses lifting hazards through the General Duty Clause (Section 5(a)(1) of the OSH Act) and its ergonomic guidelines for specific industries. OSHA can cite employers who fail to address known lifting hazards that result in a pattern of musculoskeletal injuries. The National Institute for Occupational Safety and Health (NIOSH) developed the Revised Lifting Equation as a tool for evaluating manual lifting tasks and identifying jobs that place workers at increased risk for back injury. The NIOSH recommended weight limit under ideal conditions is 51 pounds, with adjustments for factors such as horizontal distance, vertical location, frequency, and duration. Overexertion injuries from manual handling consistently represent one of the largest categories of workers' compensation claims, costing employers billions annually. Proper lifting technique training, combined with engineering controls and job design, is the most effective approach to reducing these injuries.

Frequently Asked Questions

No. OSHA does not have a specific standard that sets maximum weight limits for manual lifting tasks. However, the agency can cite employers under the General Duty Clause when manual lifting tasks create a recognized hazard for musculoskeletal injuries and feasible means of abatement exist. The NIOSH Revised Lifting Equation provides a scientifically based method for evaluating lifting tasks, with a recommended weight limit of 51 pounds under ideal conditions, adjusted for factors such as distance, height, frequency, and grip.
Lower back strains and sprains are the most common injuries from improper lifting. These occur when the muscles, ligaments, or discs in the lumbar spine are overloaded, typically from lifting with a rounded back, twisting while holding a load, or attempting to lift objects that are too heavy for one person. Herniated discs, which can cause chronic pain and require surgical intervention, are also common and represent some of the most expensive workers' compensation claims.
The NIOSH Revised Lifting Equation calculates a Recommended Weight Limit (RWL) based on six task-specific factors: horizontal distance, vertical location, vertical travel distance, asymmetry angle, frequency, and coupling (grip) quality. Under ideal conditions, the RWL is 51 pounds. As conditions deviate from ideal - such as lifting from floor level, reaching far from the body, or high-frequency lifting - the RWL decreases. When the actual weight exceeds the calculated RWL, the task should be redesigned or mechanical assistance provided.
Employees should never attempt to lift a load that feels too heavy or awkward to handle safely alone. Options include using mechanical lifting aids (hand trucks, pallet jacks, hoists), requesting team lifting assistance with a coordinated lift plan, breaking the load into smaller components, or asking a supervisor for guidance. The general guideline is that if a load requires significant straining, it exceeds what should be attempted as a single-person manual lift.
Training is essential but most effective when combined with engineering controls (adjustable work surfaces, mechanical lifts, conveyors) and administrative controls (job rotation, scheduled breaks, workload management). Research shows that the greatest reduction in back injuries comes from redesigning tasks to reduce lifting demands, supplemented by training that reinforces proper technique. Employers should evaluate job tasks using the NIOSH Lifting Equation and implement controls before relying solely on employee behavior change.

Related Courses

Employers addressing manual handling injuries often pair this course with Industrial Ergonomics: Workplace Design and Safety to cover workstation design and ergonomic risk factor reduction, and with Back Safety: Health and Wellness for a comprehensive approach to preventing the spinal injuries that drive some of the highest workers' compensation costs in any industry.

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$24.95
per person
Volume Pricing
Team Size Price per Person
1 - 9$24.95
10 - 24$19.95
25 - 49$17.95
50 - 99$17.50
Subtotal $24.95
Language

This course is available in English, Spanish, and Multi-Language CC at no additional charge.

Certificate of completion included. Downloadable upon passing the final assessment.

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$24.95
per person