Lifting Systems Catalog

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Jib Crane vs Overhead Crane: System Selection Guide

Overview

This page defines the functional differences, application boundaries, and selection constraints between jib cranes and overhead crane systems.

It is intended for:

  • Facilities engineers validating system fit
  • Safety officers reviewing compliance risk
  • Procurement teams preparing RFQs

This is not a general overview.
Use this page to determine which system category is viable for your application.

System Definitions

Jib Crane

A jib crane is a localized lifting system designed to service a fixed circular work area.

Typical configurations:

  • Wall-mounted
  • Column-mounted (freestanding)
  • Articulating arm

Movement:

  • Rotation around a pivot point (typically 180°–360°)
  • Hoist travel along the boom

Overhead Crane

An overhead crane system is a facility-integrated lifting system designed to move loads across a rectangular coverage area.

Typical configurations:

  • Bridge cranes (single or double girder)
  • Top-running or under-running systems

Movement:

  • Long travel (runway)
  • Cross travel (bridge)
  • Vertical lifting (hoist)

Core System Differences

Factor Jib Crane Overhead Crane
Coverage Area Circular / localized Full bay / rectangular
Mounting Wall or column Building structure (runway beams)
Movement Axes Rotation + hoist travel Long travel + cross travel + hoist
Typical Capacity Range Lower to mid-range Mid to high capacity
Installation Complexity Low to moderate High (structural integration required)
Structural Load Impact Concentrated at mounting point Distributed across runway system

Decision Matrix (Primary Selection Logic)

Use this table to determine system direction.

If your requirement is… Recommended System Why
Single workstation lifting Jib Crane Designed for localized coverage
Repetitive lifting in fixed area Jib Crane Minimal system complexity
Load movement across entire facility Overhead Crane Multi-axis coverage required
Large span material handling Overhead Crane Full bay access needed
Limited structural support Jib Crane (case-dependent) Lower system-wide load demands
High-capacity lifting across span Overhead Crane Structural system required

Hard Selection Constraints (Non-Negotiable)

Do NOT use a Jib Crane if:

  • Load must move beyond a fixed radius
  • Multiple workstations must be serviced by one system
  • Application requires full-bay coverage
  • Mounting structure cannot support:
    • Wall loads
    • Column base loads

Do NOT use an Overhead Crane if:

  • Building structure cannot support runway beams
  • No provision for:
    • Columns
    • Ceiling reinforcement
  • Application is limited to a single workstation
  • Installation constraints prohibit structural modification

Application-Based System Mapping

Application Recommended System Notes
Assembly workstation Jib Crane Localized repetitive lifting
Maintenance bay Jib Crane Independent workstation coverage
Machine loading/unloading Jib Crane Fixed position handling
Warehouse material handling Overhead Crane Full span required
Fabrication facility Overhead Crane Multi-point load movement
Production line (multi-station) Overhead Crane Continuous coverage required

Structural and Installation Considerations

Jib Crane

Requires:

  • Verified wall or column load capacity
  • Proper anchoring or foundation design

Limitations:

  • Load is concentrated at a single structural point
  • Coverage area cannot be expanded without additional units

Overhead Crane

Requires:

  • Runway beam system
  • Structural analysis of building frame
  • Integration with facility layout

Limitations:

  • Higher installation complexity
  • Requires engineered support system

Compliance and Safety Considerations

All lifting systems must comply with applicable standards, including:

  • ANSI B30 series (crane safety standards)
  • OSHA requirements for material handling and lifting operations

Key considerations:

  • Load ratings must not be exceeded
  • Structural support must be verified before installation
  • System misuse must be explicitly prevented

Failure to meet compliance requirements may result in:

  • Equipment failure
  • Workplace injury
  • Regulatory violations

Selection Summary

  • Jib Cranes are appropriate for:
    • Localized lifting
    • Single workstation applications
    • Lower complexity installations
  • Overhead Cranes are appropriate for:
    • Full facility coverage
    • Multi-directional load movement
    • Higher capacity and span requirements

RFQ Guidance

If your application aligns with one of the systems above, proceed to request a quote with your known specifications.

Request a Jib Crane Quote

Include:

  • Capacity
  • Boom length
  • Mounting type (wall or freestanding)
  • Installation environment

Request an Overhead Crane System Quote

Include:

  • Capacity
  • Span
  • Runway length
  • Building structure details

Important Notice

This page is intended for system category selection only.

Final system design must be:

  • Verified by qualified engineers
  • Matched to site-specific structural conditions
  • Approved for compliance with applicable standards

Frequently Asked Questions

Which is better for a single workstation, a jib crane or an overhead crane?
A jib crane is the correct choice for a single workstation because it is designed for localized lifting within a fixed radius and does not require full facility coverage.

When does an overhead crane become necessary instead of a jib crane?
An overhead crane becomes necessary when loads must be moved across multiple work areas or throughout an entire facility, which cannot be achieved with a fixed-radius system like a jib crane.

Can a jib crane handle the same capacity as an overhead crane?
A jib crane typically cannot handle the same capacity as an overhead crane because it is limited by localized structural loading and mounting constraints, whereas overhead cranes are designed for higher capacities across larger spans.

What determines whether an overhead crane can be installed in a facility?
The ability to install an overhead crane depends on whether the building structure can support runway beams and dynamic loads, which must be verified before system selection.

What determines whether a jib crane can be installed?
A jib crane can only be installed if the wall or foundation used for mounting can safely support the applied loads, which must be confirmed through structural evaluation.

Is it common to use both jib cranes and overhead cranes in the same facility?
It is common for facilities to use both systems together, with jib cranes handling localized workstation lifting and overhead cranes providing full-span material movement.

Which system has less impact on an existing facility during installation?
A jib crane generally has less impact because it requires localized mounting, while an overhead crane requires integration into the building structure and may involve reinforcement.

What is the most common mistake when choosing between a jib crane and an overhead crane?
The most common mistake is selecting a jib crane for applications that require full-area coverage, which leads to operational limitations and the need for additional systems.

Can system selection be finalized without engineering review?
System selection cannot be finalized without engineering review because structural compatibility, load requirements, and compliance must be verified before installation.

What information is required before requesting a quote for either system?
A quote requires defined specifications such as capacity, dimensions, and mounting or structural conditions, since incomplete information prevents accurate system validation.