30 Jun 2026

6 THINGS TO CONSIDER BEFORE BUYING A JIB CRANE

Selecting the right jib crane system is more than simply choosing a lifting capacity. The correct system can improve productivity, reduce manual handling risks, maximise floor space, and streamline day-to-day lifting operations across your facility.

However, specifying the the wrong jib crane can lead to operational inefficiencies, restricted movement, premature wear, and unnecessary installation costs.

Whether you're planning a new lifting installation, upgrading an existing workstation, or expanding production capacity, understanding the key selection criteria is essential.

In this guide, we break down the six most important factors to consider before purchasing your jib crane - including capacity, span, mounting options, rotation requirements, hoist compatibility, and working environment considerations.

If you're still exploring your options, you can also browse our full range of jib cranes and gantry systems here.

1: REQUIRED LIFTING CAPACITY

The first and most important consideration when specifying a jib crane is the required lifting capacity.

Your crane must safely handle the maximum load weight you expect to lift - including any attachments, lifting accessories, or below-the-hook equipment.

Typical jib crane capacities range from lightweight workstation lifting applications through to heavy-duty industrial handling systems.

When assessing lifting requirements, consider:

Maximum load weight
Future operational growth
Frequency of lifting
Dynamic loading
Load stability
Safety margins

Many facilities make the mistake of selecting a crane based only on current lifting requirements. In reality, future-proofing your lifting system can help avoid expensive upgrades later.

For applications involving repetitive lifting or continuous production handling, selecting a higher-duty crane system is often the better long-term investment.

You may also need to pair your crane with suitable electric chain hoists or manual chain blocks depending on the lifting application.

2: REQUIRED SPAN & REACH

The span and reach of a jib crane directly impact how effectively it can service your workspace.

The crane must provide enough coverage to move loads efficiently without creating operational dead zones.

When evaluating span requirements, consider:

Workstation layout
Machinery positions
Operator movement
Material flow
Pick-up and set-down points
Obstructions or restricted areas

A jib crane with insufficient reach can create inefficiencies and additional manual handling risks, while an oversized system may increase installation costs unnecessarily.

You should also consider:

Under-beam height
Hook path
Headroom restrictions
Available floor space

For low-headroom applications, ceiling-mounted systems or specialist hoist configurations may provide a better solution.

If your application involves larger production areas or multiple lifting zones, it may also be worth exploring gantry or overhead cranes.

3: CHOOSING THE RIGHT MOUNTING STRUCTURE

One of the biggest factors influencing jib crane performance is the mounting method.

The three most common jib crane configurations are:

Floor Mounted Jib Cranes

Floor-mounted jib cranes are the most versatile and widely used option.

These systems are ideal for:

Production facilities
Warehouses
Fabrication workshops
Maintenance areas
Heavy-duty lifting applications

They typically offer:

Higher lifting capacities
Greater rotation range
Larger spans
Improved structural stability

However, they do require sufficient floor space and suitable foundations.

Browse our range of freestanding jib cranes

Wall Mounted Jib Cranes

Wall-mounted jib cranes are ideal where floor space is limited.

These systems attach directly to an existing structural column or wall and are commonly used for:

Workstations
Assembly lines
Smaller lifting zones
Supporting existing crane systems

They are often more cost-effective than freestanding systems but rely heavily on adequate building structure support.

Explore our wall-mounted jib cranes

Ceiling Mounted Jib Cranes

Ceiling-mounted jib cranes maximise usable floor space by suspending the crane from the building structure above.

These systems are ideal for:

Clean production environments
Low-capacity lifting
Restricted floor layouts
Workstations with limited access

They can provide excellent ergonomic handling while keeping floors completely clear.

4: SLEW ROTATION REQUIREMENTS

The rotation range of a jib crane determines how much operational coverage the crane can provide.

Depending on the application, cranes may offer:

180° rotation
270° rotation
360° rotation

The correct rotation range depends on:

Workspace layout
Operator positioning
Material flow
Obstructions
Frequency of movement

Some applications only require occasional positioning, while others rely on constant repetitive movement throughout the working day.

You’ll also need to decide between:

Manual rotation
Powered rotation systems

Powered rotation systems are often beneficial in higher-duty applications where improved ergonomics and faster handling speeds are important.

5: HOIST & TROLLEY COMPATIBILITY

The hoist and trolley system is equally as important as the crane itself.

Choosing the wrong hoist configuration can reduce lifting efficiency, create maintenance issues, and limit operational performance.

Common hoist options include:

Electric chain hoists
Manual chain hoists
Pneumatic hoists
Wire rope hoists

Trolley systems may be:

Push travel
Geared travel
Electric travel

When selecting a hoist system, consider:

Lifting speed
Duty cycle
Precision handling requirements
Available power supply
Load control
Frequency of use

For high-frequency industrial applications, electric chain hoists are often the preferred solution due to their reliability and ease of operation.

You can explore our full range of:

6: WORKING ENVIRONMENT & DUTY CYCLE

Your working environment plays a major role in determining the correct jib crane specification.

Factors such as moisture, dust, chemicals, temperature, and outdoor exposure can all impact crane performance and longevity.

You should assess:

Indoor vs outdoor use
Corrosive environments
Washdown areas
Cleanroom requirements
Hazardous areas
Heavy-duty production cycles

Duty cycle is especially important.

A crane used occasionally for maintenance lifting has very different requirements compared to a system operating continuously on a production line.

Selecting a crane designed for the correct duty classification can significantly improve:

Reliability
Service life
Safety
Maintenance intervals

COMMON JIB CRANE SPECIFICATION MISTAKES

Many businesses encounter problems because critical specification details are overlooked during the selection process.

Some of the most common mistakes include:

Underestimating Capacity Requirements

Choosing a crane with minimal spare capacity can limit future flexibility and reduce operational efficiency.

Ignoring Structural Requirements

Wall-mounted and ceiling-mounted systems rely heavily on the building structure for support.

Incorrect Span Selection

Insufficient reach often creates inefficient workflows and additional manual handling.

Overlooking Headroom Restrictions

Hoist selection and mounting position can dramatically affect available lifting height.

Choosing the Wrong Hoist

The wrong hoist type can slow productivity and increase maintenance demands.

Working with an experienced lifting equipment supplier can help avoid costly specification errors.

WHEN YOU SHOULD SPEAK TO A LIFTING EQUIPMENT SPECIALIST

If your application involves:

Bespoke lifting requirements
Structural concerns
High-duty operation
Unusual load handling
Outdoor installations
Production line integration

…it’s always worth speaking with an experienced lifting specialist before purchasing.

At Lifting Equipment Store, our team can help you specify the right jib crane system based on your exact operational requirements.

Whether you need a compact workstation crane or a heavy-duty industrial lifting solution, we can help identify the most suitable configuration for your facility.