Choosing the right industrial crane comes down to six things: load weight and dimensions, lifting height and reach, facility layout, duty cycle, positioning needs, and safety requirements. Match those to a crane type (overhead, gantry, jib, or mobile floor crane) and verify that the complete lifting arrangement meets applicable OSHA and ASME requirements.
For US plant managers and equipment buyers, the wrong industrial crane means rework, bottlenecks, and safety exposure. A crane built to move loads across a production bay may be a poor fit for a single workstation.
Air Technical Industries (ATI) manufactures standard and custom material handling equipment, including cranes, lift tables, upenders, and positioners. This guide covers the factors that matter, compares crane types, and ends with a checklist to complete before you request a quote.
7 Factors to Consider When Choosing an Industrial Crane
1. Load weight, dimensions and characteristics
Weight is only part of the picture. Document maximum and typical weight, dimensions, center of gravity, lifting points, and any slings, clamps, or spreader bars required. The rated capacity of the crane, hoist, and every accessory must be considered together, following manufacturer specifications and safety requirements.
2. Lifting height, reach and coverage
Define the vertical lift, horizontal travel, and area to cover, and account for machinery, structures, racks, and adjacent lines. Overhead cranes suit movement across a production area, jib cranes suit a single station, and mobile floor cranes suit lifts in varied locations. Unusual access may call for a custom design.
3. Layout and available space
Review floor space, headroom, aisle width, doorways, floor conditions, and structural support. Fixed systems need supporting structures and installation planning. Floor-supported or mobile units still need clearance, stability, and suitable floors. Consider how the crane interacts with forklifts, conveyors, and people. A site assessment helps confirm the best fit.
4. Duty cycle and operating frequency
An occasionally used maintenance crane has very different needs from one making repeated lifts across multiple shifts. In the US, overhead crane service is commonly described by CMAA duty classes (A through F) and hoists by ASME HST ratings. Chain hoists typically suit lighter duty, while wire rope hoists suit higher capacities and heavier duty. Choose equipment appropriate for its intended duty and the manufacturer’s rated limits.
5. Positioning and attachment requirements
Some tasks require rotating, tilting, or aligning a load, not just lifting it. Long loads need an arrangement that keeps them stable, and loads that must be reoriented may call for an upender or positioner rather than a crane alone. Identify these needs early so you don’t buy capacity that can’t finish the job.
6. Safety, ergonomics and maintenance
Consider load stability, operator visibility, control access, travel paths, and inspection access. Use the crane within its rated limits, train operators, and set inspection and maintenance procedures in line with regulations and manufacturer instructions. Lift tables and positioners can bring work to a better height and reduce strain.
7. Customization, future growth and total cost
The purchase price is only one part of the cost. Crane pricing varies widely with capacity, span, duty rating, hoist and controls, installation, and customization, and ongoing inspection, maintenance, training, and downtime also count. A crane that fits today may fall short if you add larger parts or throughput, so plan for growth and consider custom equipment where standard options don’t fit.
Not sure which industrial crane fits your plant? Send us your load and layout details and our engineers will review your application. Request an Application Review
Types of Industrial Cranes: Which One Fits Your Factory?
| Crane type | Best for | Installation | Key consideration |
|---|---|---|---|
| Overhead / bridge crane | Repetitive moves across a bay | Fixed; needs runway and structure | Headroom and building structure |
| Gantry crane | Areas without overhead structure; yards | Fixed or portable | Floor conditions and leg clearance |
| Jib / workstation crane | One machine, cell, or station | Fixed (floor or wall) | Limited coverage; capacity varies with radius |
| Mobile floor crane | Maintenance, installation, occasional lifts | Portable | Capacity drops as the boom extends |
| Truck-mounted crane | Loading, unloading, field work | Vehicle-mounted | Stability and vehicle requirements |
| Custom crane | Unusual loads, access, integration | Varies | Longer lead time |
Overhead Cranes for Factory Production
Overhead crane systems suit repetitive lifting across a defined area, such as moving loads between workstations while keeping floor space free. Assess coverage, lifting height, headroom, capacity, and supporting structure. Explore ATI’s overhead cranes.
Gantry Cranes: Floor-Supported Industrial Lifting
Gantry cranes carry the hoist on their own frame, either stationary or mobile, which helps where a building can’t support a runway. Overhead vs. gantry: an overhead crane runs on an elevated runway supported by the building, while a gantry’s legs rest on the floor or rails. See ATI’s gantry cranes.
Jib Cranes and Workstation Cranes
These suit lifts concentrated around one machine, assembly station, or cell. Evaluate working radius, mounting, clearance, and capacity. ATI’s portfolio includes jib and workstation cranes.
Mobile Floor Cranes (Shop Cranes)
Floor cranes offer flexibility for maintenance, component removal, and equipment installation. Check rated capacity at the required reach, since capacity varies with boom position, and confirm aisle space, turning room and floor conditions. Explore ATI’s floor cranes.
Truck-Mounted and Custom Cranes
Truck cranes serve loading and field work and should be evaluated separately from fixed factory systems. When load dimensions, access, or integration needs don’t fit a standard crane, ATI’s engineers can assess custom-engineered equipment.
When a Crane Is Not Enough
Some operations call for different equipment:
• Lift tables raise materials to a comfortable working height for assembly, inspection, and packaging. See ATI’s industrial lift tables.
• Upenders and inverters rotate or invert loads under control, which is often safer than rotating with a crane. See ATI’s upenders and inverters.
• Positioners and specialized equipment tilt, rotate or align components for assembly or inspection.
Evaluate the whole handling process, then match each piece of equipment to its task. ATI serves manufacturing, automotive, aerospace, energy, petrochemical, transportation and warehousing. See its industry applications.
How to Size an Industrial Crane: A Worked Example
Start with the total lifted load, not just part weight. Illustrative example:
| Item | Weight |
|---|---|
| Heaviest component | 6,000 lb |
| Spreader beam | 350 lb |
| Slings and hardware | 50 lb |
| Total lifted load | 6,400 lb |
| With 15% growth allowance | about 7,360 lb |
Here the plant would look at the next standard rating above 7,360 lb, such as a 5-ton (10,000 lb) crane, rather than a 3-ton (6,000 lb) unit. The 15% allowance is a growth-planning example, not a regulatory margin, and never permits exceeding a rating. For floor and jib cranes, confirm capacity at the actual radius. Have a qualified engineer verify the selection.
Standards and Compliance
Confirm which of these apply to your equipment and application:
• OSHA 29 CFR 1910.179: overhead and gantry cranes in general industry.
• ASME B30 series includes B30.2 (overhead and gantry cranes), B30.16 and B30.17 (hoists) and B30.20 (below-the-hook lifting devices).
• CMAA specifications: crane design and duty classes A through F.
• ASME HST: hoist performance standards.
Always follow applicable regulations, manufacturer instructions and site-specific safety procedures.
Industrial Crane Selection Checklist
Gather this before requesting a quote:
• Load: maximum and typical weights, dimensions, shapes, and lifting points?
• Height and reach: minimum and maximum lift heights and travel distances?
• Coverage: one workstation, several stations, or a larger area?
• Frequency: lifts per shift and duty class?
• Facility: floor space, headroom, aisle widths, and structural limits?
• Movement: lift, transport, tilt, rotate, or position precisely?
• Power and controls: supply and control arrangement?
• Safety: training, inspections, and maintenance access?
• Future needs: changes in volume, component size, or process?
Download the Industrial Crane Selection Checklist (PDF). For more guidance, see ATI’s technical resources.
Get Help Choosing an Industrial Crane
The right industrial crane starts with your load, reach, layout, duty cycle and safety requirements. Also consider whether lift tables, upenders or positioners can improve individual handling stages.
Looking for an industrial crane or a custom material handling solution? Request a Quote and share your load specifications, lifting height, travel path, production frequency and facility constraints. Visit Air Technical Industries to explore the full equipment range.
Frequently Asked Questions (FAQ’s)
What type of industrial crane is best for a manufacturing facility?
It depends on load, lifting height, travel distance, production frequency, and layout. Overhead cranes suit lifting across a defined area, jib cranes suit single workstations, and mobile floor cranes suit maintenance and varied locations.
How do I determine the required industrial crane capacity?
Document the maximum load, dimensions, center of gravity, and lifting points, then add the weight of all lifting accessories. The full lifting arrangement must stay within the rated limits of every component. A qualified engineer can confirm the capacity.
What is the difference between an overhead crane and a gantry crane?
An overhead crane operates on an elevated runway supported by the building structure. A gantry crane uses its own legged frame resting on the floor or rails. The right choice depends on coverage, structure, and space.
When should a factory choose a mobile floor crane?
When loads must be lifted in different locations and fixed overhead coverage is unnecessary or unavailable. The facility needs enough space and suitable floors, and the crane must suit the load and reach.
Can an industrial crane be customized?
Yes. Customization may be worth considering when standard equipment doesn’t meet requirements for load size, reach, height, access, controls, or workflow. ATI offers custom-engineered material handling equipment.
Vida Novak is the President of Air Technical Industries (ATI). With his over 25-year tenure at ATI Vida has earned progressive career advancements with increasing levels of responsibilities, including in engineering, technical sales, and operations management. Vida has gain keen insights into complex industrial material handling challenges. An endless number of manufacturers count on ATI’s ingenuity to solve complex and challenging material handling issues, whether for an international space station, a nuclear power plant, automotive plant, food factory, or a military base, among many others.