• Jul 08, 2025
• News

Material Handling Safety for Cranes and Electric Hoists

Material handling safety involves risk assessments, staff training, ergonomic programs, regular maintenance inspections and more.

Material handling involves lifting, moving, positioning, storing, and controlling materials in a workplace. These activities are common in manufacturing plants, workshops, warehouses, construction sites, steel mills, logistics facilities, and other industrial environments.

Safe material handling requires more than using proper lifting techniques. Workers also need suitable equipment, adequate training, clear travel paths, appropriate lifting accessories, regular equipment inspections, and procedures for controlling suspended loads. When cranes, hoists, or other mechanical handling equipment are used, the load capacity, lifting arrangement, operating environment, and equipment condition must all be considered.

This guide explains practical material handling safety steps for industrial workplaces, with a particular focus on overhead cranes, gantry cranes, hoists, lifting accessories, and other equipment used to move heavy loads.

Quick Answer: How Can You Improve Material Handling Safety?

Safe material handling starts with identifying hazards, understanding the load, selecting suitable equipment, training workers, inspecting lifting equipment, maintaining clear travel paths, and keeping personnel away from suspended loads. When cranes or hoists are used, operators should also follow the equipment manufacturer's instructions, workplace procedures, and applicable local safety requirements.

Why Is Material Handling Safety Important?

Unsafe material handling can result in worker injuries, damaged products, equipment failures, and interruptions to production. The risks can come from both manual handling and mechanical lifting operations.

According to the U.S. Bureau of Labor Statistics, 946,290 private-industry cases involving days away from work, restricted work activity, or job transfer during the 2023–2024 period were classified as overexertion, repetitive motion, and bodily conditions. These cases represented 44.7% of all DART cases during the period. This statistic covers a broad group of workplace injury and illness cases and should not be interpreted as a statistic specifically for crane-related incidents. BLS data

Mechanical handling equipment can reduce the need for workers to manually carry heavy materials, but it also introduces equipment-specific hazards. Overloading, unstable loads, damaged lifting accessories, inadequate clearance, unexpected crane movement, and poor communication can all create unsafe conditions.

For example, OSHA 29 CFR 1910.176 addresses general material handling requirements such as safe clearances for mechanical handling equipment, unobstructed aisles and passageways, stable storage, and clearance markings. OSHA 29 CFR 1910.179 specifically covers overhead and gantry cranes, while 29 CFR 1910.184 covers slings used with material handling equipment. OSHA 1910 Subpart N

Safety requirements vary by country, industry, workplace, and equipment type. Always follow applicable local regulations, the equipment manufacturer's instructions, and your site's safety procedures.

Common Material Handling Hazards

Overexertion and Manual Lifting

Repeated lifting, carrying, pushing, and pulling can place physical strain on workers. The risk can increase when loads are heavy, awkward, unstable, or handled repeatedly.

Where practical, use mechanical lifting equipment such as hoists, overhead cranes, gantry cranes, lift tables, or trolleys to reduce unnecessary manual handling. The selected equipment should match the load and the actual work process.

Falling or Unstable Loads

Materials can fall when they are improperly stacked, secured, attached, or lifted. Loads should be stable before movement begins, and lifting accessories should be selected according to the load characteristics and rated capacity.

OSHA 29 CFR 1910.176(b) states that stored materials must not create a hazard and should be stacked, blocked, interlocked, or limited in height as necessary to remain stable and secure against sliding or collapse. OSHA 1910.176

Slips, Trips, Falls, and Blocked Aisles

Spills, clutter, uneven surfaces, stored materials, and poorly planned travel paths can create hazards for workers and material handling equipment.

Keep aisles and passageways clear, maintain suitable floor conditions, provide adequate lighting, and ensure sufficient clearance around doorways, loading areas, equipment, and turning points.

Crane and Hoist-Related Hazards

Crane and hoist operations introduce additional hazards, including overloading, side pulling, shock loading, suspended loads, damaged hooks or wire ropes, defective brakes, inadequate clearances, and communication failures.

These hazards require equipment-specific operating procedures and trained personnel. The crane or hoist should only be used for applications that match its design, rated capacity, and operating limitations.

Pinch Points and Moving Equipment

Workers can be injured when they place their hands or bodies between a moving load and a fixed structure. Establish safe positions around lifting equipment and keep personnel away from areas where cranes, trolleys, loads, or other mechanical handling equipment can move unexpectedly.

Material Handling Equipment for Industrial Applications

Different material handling tasks require different types of equipment. Equipment selection should be based on the load, lifting height, travel distance, operating frequency, workspace layout, and environmental conditions.

Overhead Cranes

Overhead cranes use a bridge and hoisting mechanism to lift and move loads within a defined runway area. They are commonly used in manufacturing plants, workshops, warehouses, fabrication facilities, and other industrial environments where materials need to be moved repeatedly across a work area.

For a suitable application, an overhead crane can reduce the amount of heavy material that workers need to manually carry or reposition.

Gantry Cranes

Gantry cranes use legs to support the bridge structure rather than relying entirely on an elevated building runway. Depending on the configuration, they can be used for outdoor yards, workshops, storage areas, construction sites, and other applications where a freestanding lifting structure is appropriate.

Gantry crane selection should consider rated capacity, span, lifting height, travel distance, wheel and runway conditions, operating environment, and the specific load handling requirements.

Hoists

Hoists provide the lifting and lowering function of many crane systems. Electric wire rope hoists and electric chain hoists can be used for different load ranges and applications.

Before selecting a hoist, consider the load capacity, lifting height, lifting frequency, duty requirements, available headroom, power supply, operating environment, and required control method.

Jib Cranes

Jib cranes provide localized lifting and can be useful around workstations, production lines, assembly areas, loading points, and machine service areas. Their smaller operating envelope can make them suitable where loads only need to be moved within a defined working zone.

Lifting Accessories

Lifting accessories connect the load to the crane or hoist. Depending on the application, these may include wire rope slings, chain slings, synthetic slings, shackles, hooks, lifting beams, and other approved devices.

Each accessory should be suitable for the load, lifting configuration, and operating conditions. Rated capacity and manufacturer markings should be checked before use.

5 Steps for Safer Material Handling

Step 1: Conduct a Material Handling Risk Assessment

Before moving materials, evaluate the load, work area, equipment, travel route, and operating conditions. Identify hazards such as unstable loads, blocked aisles, inadequate clearances, pinch points, falling objects, overhead obstructions, and unsuitable lifting equipment.

Check the load weight, dimensions, center of gravity, and stability. Confirm that the selected crane, hoist, sling, or other lifting device has an appropriate rated capacity for the intended operation.

OSHA 29 CFR 1910.176 requires sufficient safe clearances for mechanical handling equipment and requires aisles and passageways to be kept clear and in good repair. The standard also addresses stable storage and clearance markings. OSHA 1910.176

A risk assessment should consider the complete lifting arrangement rather than only the crane or hoist. The rated capacity and limitations of each load-supporting component should be considered before the lift begins.

Step 2: Train Employees on Safe Handling Techniques

Training should match the material handling tasks and equipment used at the workplace. Workers who manually handle materials should understand appropriate lifting, carrying, pushing, and pulling techniques.

Employees who operate cranes and hoists should receive equipment-specific training before operating the equipment. Training should cover load capacity, lifting accessories, controls, communication signals, suspended-load hazards, emergency procedures, and the conditions that require an operation to stop.

Operators should also understand the limitations of the equipment. A crane or hoist should not be selected only because its rated capacity appears sufficient. Load characteristics, lifting configuration, lifting height, travel path, duty requirements, and operating environment should also be considered.

LDP low headroom bridge crane for material handling where available headroom is limited.

LX single girder overhead crane for material handling in industrial work areas.

Step 3: Use Ergonomic and Mechanical Handling Solutions

Reduce unnecessary manual handling whenever a suitable mechanical solution is available. Ergonomic improvements can help reduce physical strain, especially during repetitive lifting, carrying, pushing, or positioning tasks.

Depending on the application, workplaces may use adjustable workstations, lift tables, trolleys, hoists, jib cranes, overhead cranes, or gantry cranes.

For repetitive lifting operations in workshops and manufacturing facilities, an overhead crane can move loads vertically and horizontally within its designed operating area. This can reduce the need for workers to manually carry heavy materials over long distances.

The appropriate lifting solution depends on factors such as load capacity, lifting height, span, travel distance, operating frequency, available headroom, workspace layout, and environmental conditions.

Crane control arrangements should also suit the working environment. Depending on the crane design, pendant controls or radio remote controls may be used to allow operators to control the equipment from an appropriate position.

Step 4: Inspect and Maintain Material Handling Equipment

Regular inspection and maintenance help identify equipment conditions that could affect safe operation. Inspection procedures should be based on the equipment manufacturer's instructions, applicable regulations, operating conditions, and the workplace's safety program.

For overhead cranes and gantry cranes, inspection points may include the crane structure, hooks, hook latches, wire ropes, brakes, wheels, electrical components, controls, limit devices, trolley mechanisms, and other applicable components.

For wire rope hoists, inspection may include the wire rope, drum, hook, hook latch, brake, limit devices, motor, gearbox, and control system. For chain hoists, the load chain, hooks, brake, chain wheel, and controls should be checked according to the manufacturer's requirements.

OSHA 29 CFR 1910.179 includes inspection and maintenance requirements for overhead and gantry cranes. It also requires unsafe conditions identified through the applicable inspection requirements to be corrected before crane operation resumes. OSHA 1910.179

Lifting accessories also require regular inspection. OSHA 29 CFR 1910.184 requires slings to be inspected before use and states that damaged or defective slings must be removed from service. The standard also addresses rated capacity, secure attachment, suspended loads, and shock loading. OSHA 1910.184

Keep inspection and maintenance records where required by the applicable safety program or regulations. If a component presents an unsafe condition, remove the equipment or component from service until it has been properly evaluated and corrected.

Step 5: Build a Workplace Safety Culture

Material handling safety should be part of normal daily operations rather than an activity performed only after an incident. Employers and workers should have clear procedures for reporting hazards, discussing near misses, inspecting equipment, and correcting unsafe conditions.

1. Conduct Regular Safety Meetings

Use toolbox talks, weekly safety briefings, or other regular meetings to discuss recent incidents, near misses, equipment conditions, and changes to operating procedures.

Encourage operators and frontline workers to report hazards because they often identify unsafe conditions during daily operations. Record action items, assign responsibility, and review whether corrective actions have been completed.

2. Display Clear Signage and Safety Guidelines

Place clear signs in areas where workers need to make safety-related decisions. Depending on the workplace, signage may identify load limits, required PPE, restricted areas, traffic routes, emergency exits, overhead clearances, and crane operating zones.

Keep operating instructions and inspection checklists close to the equipment where practical. Use floor markings or barriers to separate pedestrians from material handling equipment and establish exclusion zones around lifting operations.

3. Recognize Safe Work Practices

Safety recognition programs can reinforce desirable workplace behavior. Recognition may include acknowledging employees who identify hazards, report near misses, follow inspection procedures, or suggest practical improvements to material handling operations.

4. Report and Review Near Misses

A near miss can reveal a hazard even when no injury or equipment damage occurs. Review near misses involving dropped loads, unexpected crane movement, damaged lifting accessories, blocked travel paths, or communication problems.

Use the findings to improve procedures, training, equipment selection, or workplace layout.

Crane bumper used as part of the crane travel system.

Hoist limit switch used to control the applicable lifting travel limit.

Material Handling Safety When Using Cranes and Hoists

Cranes and hoists can reduce the need for manual lifting, but they also introduce specific lifting hazards. Safe operation requires attention to the complete lifting system rather than the crane or hoist alone.

Check the Rated Load Capacity

Confirm the actual load weight before lifting and make sure the crane, hoist, lifting accessories, and other load-supporting components are suitable for the intended operation.

Never exceed the applicable rated capacity or working load limit. For overhead and gantry cranes covered by OSHA 29 CFR 1910.179, the crane's rated load must be clearly marked, and the crane must not be loaded beyond its rated load except for permitted testing. OSHA 1910.179

Inspect Hooks, Wire Ropes, Chains, and Slings

Inspect lifting components according to the applicable inspection requirements and manufacturer's instructions. Look for conditions such as broken wires, excessive wear, deformation, corrosion, damaged hooks, defective latches, chain damage, or damaged sling components.

Slings should have legible identification markings and should not be loaded beyond their rated capacity. Damaged or defective slings should be removed from service. OSHA 1910.184

Avoid Side Pulling and Shock Loading

Use the crane and hoist for the lifting application for which they are designed. Keep the lifting force aligned with the intended load path and avoid side pulling unless it is specifically authorized and the equipment and application are suitable for it.

Avoid sudden starts, stops, or other actions that can create shock loading. OSHA 29 CFR 1910.184 prohibits shock loading of slings, while OSHA 29 CFR 1910.179 addresses sudden acceleration or deceleration during crane load movement. OSHA 1910.179 OSHA 1910.184

Keep Workers Away from Suspended Loads

Workers should not stand under suspended loads or enter an area where a load could fall or swing. Establish an appropriate exclusion zone and use clear communication between the crane operator and other personnel involved in the lifting operation.

OSHA 29 CFR 1910.179 requires employers to ensure that operators avoid carrying loads over people. OSHA 29 CFR 1910.184 also requires employees to be kept clear of loads about to be lifted and suspended loads when the standard applies. OSHA 1910.179 OSHA 1910.184

Check Limit Devices, Brakes, and Controls

Crane and hoist systems may include brakes, limit switches, emergency stop functions, pendant controls, radio remote controls, warning devices, bumpers, and other protective components depending on the equipment design.

These components should be inspected and maintained according to the manufacturer's instructions and applicable requirements.

For overhead and gantry cranes covered by OSHA 29 CFR 1910.179, the upper hoist limit switch is to be tested at the beginning of each operator's shift under no load. The standard also states that the hoist limit switch should not be used as an operating control. OSHA 1910.179

Maintain Clear Crane Travel Paths

Before moving a load, check the crane travel path and the area around the load. Remove unnecessary obstacles and confirm adequate clearance from structures, equipment, personnel, and other hazards.

OSHA 29 CFR 1910.176 requires sufficient safe clearances for mechanical handling equipment and unobstructed aisles and passageways. OSHA 29 CFR 1910.179 also contains clearance requirements for overhead and gantry cranes. OSHA 1910.176 OSHA 1910.179

Example: Safe Material Handling With an Overhead Crane

Consider an industrial facility that needs to move a heavy steel component from a fabrication area to an assembly station. The safest approach is to plan the lift before the crane begins moving the load.

1. Confirm the Load

Determine the actual load weight, dimensions, lifting points, and center of gravity. Confirm that the crane and hoist have sufficient rated capacity for the operation.

2. Select Suitable Lifting Accessories

Choose slings, shackles, hooks, lifting beams, or other accessories that are suitable for the load and lifting configuration. Check their condition, markings, and rated capacity.

3. Inspect the Lifting Equipment

Check the applicable crane, hoist, hook, wire rope or chain, controls, brakes, and safety devices. Do not proceed if an unsafe equipment condition has been identified.

4. Check the Travel Path

Confirm that the route from the pickup point to the destination is clear. Check overhead clearance and identify structures, machinery, personnel, or other obstacles that could interfere with the load.

5. Establish the Lifting Zone

Keep unnecessary personnel outside the lifting area. Establish appropriate communication between the crane operator and workers involved in attaching or guiding the load.

6. Position the Hook Correctly

Position the hook over the load to reduce the risk of uncontrolled swinging. Avoid using the crane or hoist for side pulling unless the application is specifically designed and authorized for it.

7. Perform a Controlled Initial Lift

Take up the slack gradually and lift the load only a short distance initially. Check whether the load remains balanced and the lifting accessories remain properly positioned.

8. Move the Load at a Controlled Speed

Avoid sudden acceleration and deceleration. Keep the load under control and maintain adequate clearance from people and obstacles throughout the movement.

9. Lower the Load Onto a Stable Surface

Confirm that the destination area can safely support the load. Lower the load in a controlled manner and keep hands and body parts away from pinch points.

The exact lifting procedure should always be adapted to the load, equipment, workplace, local regulations, and manufacturer's instructions.

Before You Lift: 10 Questions to Ask

1. What is the actual load weight?
2. Is the load stable and properly balanced?
3. Where is the load's center of gravity?
4. Is the crane or hoist rated for the load?
5. Are the slings and lifting accessories suitable?
6. Is the hook positioned correctly over the load?
7. Is the travel path clear?
8. Are workers outside the lifting zone?
9. Are the applicable controls and safety devices functioning?
10. What is the procedure if the lifting operation becomes unsafe?

Material Handling Safety Checklist

Use the following checklist as a practical pre-operation reference. The exact inspection and operating requirements should be adapted to the equipment, workplace, local regulations, and manufacturer's instructions.

• Check the load weight and dimensions.
• Confirm the load is stable and properly balanced.
• Confirm the crane or hoist has sufficient rated capacity.
• Check the rated capacity of lifting accessories.
• Inspect hooks, wire ropes, chains, slings, and attachments as applicable.
• Check the lifting path for obstacles and overhead clearance.
• Keep aisles and passageways clear.
• Establish an appropriate exclusion zone for suspended loads.
• Confirm operators and other personnel understand their roles and communication signals.
• Wear the PPE required for the task and workplace.
• Check relevant crane and hoist controls and safety devices.
• Stop the operation if an unsafe condition is identified.

Additional Workplace Material Handling Safety Tips

Plan Ahead

Do not begin a lifting operation without understanding where the load will be picked up, where it will be placed, and how it will travel between the two points. Consider load weight, dimensions, center of gravity, lifting points, equipment capacity, travel path, overhead clearance, and personnel location.

Use Appropriate PPE

PPE should match the hazards associated with the task and workplace. Depending on the operation, this may include safety footwear, gloves, eye protection, hearing protection, hard hats, or high-visibility clothing.

PPE should complement engineering and administrative controls rather than replace them.

Monitor Environmental Conditions

Lighting, floor conditions, temperature, ventilation, dust, fumes, and weather can affect material handling operations. Keep floors and travel paths in suitable condition, provide adequate lighting, and address environmental conditions that could affect the stability or visibility of a lifting operation.

Stop Work When Conditions Become Unsafe

Workers should have a clear procedure for stopping an operation when they identify an unsafe condition. Examples include unexpected equipment behavior, damaged lifting accessories, unstable loads, poor visibility, blocked travel paths, or personnel entering a restricted lifting area.

How Overhead Cranes Can Support Safer Material Handling

For repetitive lifting and transportation tasks in industrial facilities, overhead cranes can reduce the amount of heavy material that workers need to manually carry. A crane can move loads vertically and horizontally within its designed operating area, which can help reduce manual handling requirements.

However, an overhead crane is not automatically the right solution for every application. Crane selection should consider rated capacity, lifting height, span, travel distance, duty cycle, load characteristics, operating environment, available headroom, and the required control method.

For example, single girder overhead cranes may be suitable for many general workshop and manufacturing applications, while low-headroom bridge crane designs can be considered where available building height is limited. Gantry cranes can be used where a runway-supported overhead crane is not practical or where a freestanding lifting structure is required.

The right lifting solution should be selected according to the actual material handling process rather than simply the maximum load weight.

Related Yuantai Crane Project

Real-world crane projects can provide useful examples of how lifting equipment is selected for specific industrial applications. When reviewing a crane project, consider the customer's load requirements, lifting height, span, travel distance, operating environment, duty requirements, and the problems the lifting system was designed to solve.

For this section, we recommend adding a genuine Yuantai Crane case study that matches the material handling application discussed on this page.

Recommended case study information:

• Crane type and rated capacity
• Customer industry and application
• Country or region
• Span and lifting height
• Operating environment
• Customer's material handling requirement
• Yuantai's selected crane configuration
• Key equipment or control features
• Installation or commissioning information, where available

Conclusion

Effective material handling safety combines hazard identification, employee training, suitable lifting equipment, equipment inspection, clear operating procedures, and continuous communication.

For workplaces using cranes and hoists, safety should cover the complete lifting system. Check the load, lifting accessories, equipment capacity, travel path, controls, and surrounding work area before each operation. Keep personnel away from suspended loads and remove damaged lifting equipment or accessories from service.

Mechanical handling equipment can reduce unnecessary manual lifting, but safe results depend on selecting the right equipment and using it correctly. A well-planned material handling system can support safer and more efficient industrial operations while reducing avoidable physical strain and equipment-related risks.

FAQs

What are the common risks in material handling?

Common material handling hazards include overexertion, unstable or falling loads, slips and trips, blocked aisles, pinch points, inadequate clearances, damaged lifting accessories, overloading, and improper operation of cranes, hoists, forklifts, and other mechanical handling equipment.

What safety checks should be performed before using an overhead crane?

Pre-operation checks should follow the crane manufacturer's instructions and applicable workplace requirements. Depending on the crane design, checks may include the hook, hook latch, wire rope, controls, brakes, limit devices, electrical components, wheels, trolley, bridge structure, and other applicable components. The operator should also confirm that the load and travel path are suitable for the planned operation.

What should you check before lifting a load with a hoist?

Confirm the load weight, lifting points, load stability, hoist rated capacity, lifting accessory capacity, hook condition, wire rope or chain condition, and travel path. Make sure personnel are positioned safely and that the load will remain controlled throughout the lifting operation.

Why should workers stay away from suspended loads?

A suspended load can move, swing, shift, or fall if the lifting arrangement or equipment fails. OSHA 29 CFR 1910.179 requires employers to ensure that operators avoid carrying loads over people, while 29 CFR 1910.184 requires employees to be kept clear of loads about to be lifted and suspended loads when the standard applies.

What is the role of a crane limit switch in material handling safety?

A limit switch can help control or stop specific crane or hoist movements when the relevant travel limit is reached. Its function depends on the equipment design. For overhead and gantry cranes covered by OSHA 29 CFR 1910.179, the upper hoist limit switch is to be tested at the beginning of each operator's shift under no load, and the limit switch should not be used as an operating control.

What should you do if a lifting accessory is damaged?

Stop using the damaged lifting accessory and remove it from service according to the applicable workplace procedure. Do not attempt to continue the lift with a damaged sling, hook, chain, or other load-supporting component. The component should be evaluated and repaired or replaced as appropriate before it is returned to service.

How can overhead cranes reduce manual material handling risks?

Overhead cranes can move heavy loads across a defined work area, reducing the need for workers to manually carry or reposition heavy materials. The crane must still be correctly selected, rated, installed, operated, inspected, and maintained for the intended application.

What safety requirements apply to material handling equipment?

Requirements depend on the country, industry, equipment type, and workplace. In the United States, OSHA 29 CFR 1910 Subpart N covers materials handling and storage, including general material handling requirements, overhead and gantry cranes, and slings. Employers should also follow applicable local regulations, equipment manufacturer instructions, and site-specific safety procedures.

References and Safety Standards

• OSHA 29 CFR 1910.176 — Handling Materials: General
• OSHA 29 CFR 1910.179 — Overhead and Gantry Cranes
• OSHA 29 CFR 1910.184 — Slings
• OSHA 1910 Subpart N — Materials Handling and Storage
• U.S. Bureau of Labor Statistics — Employer-Reported Workplace Injuries and Illnesses, 2023–2024

Technical note: The safety information in this article is intended for general informational purposes. Specific lifting operations should be planned and performed according to applicable regulations, equipment manufacturer's instructions, workplace procedures, and the requirements of qualified personnel.