Lifting System Solutions by Operation Type

Select the Correct Lifting System Based on Operational Workflow

Lifting system selection must be based on how lifting is performed within the operation, not just equipment category.

Different operation types impose different requirements on:

• Load movement patterns
• Coverage area
• Frequency of use
• Structural integration

Selecting a system without aligning to operation type leads to:

• Inefficient workflows
• Incorrect system coverage
• Increased safety and compliance risk

This page defines which lifting system category applies to each operation type, and where those systems should not be used.

When Operation Type Should Drive System Selection

Operation-based selection is required when:

• Lifting tasks are repetitive or process-driven
• Load movement follows a defined or semi-defined path
• Multiple workstations or operators are involved
• System choice affects throughput, safety, or labor efficiency

In these conditions, the lifting system must match:

• Workflow structure
• Movement range
• Frequency of operation

When Operation Type Alone Is NOT Sufficient

Operation type must not be used as the sole selection factor when:

• Required load capacity is not defined
• Span, reach, or lifting height is unknown
• Mounting conditions (floor, wall, ceiling) are unverified
• Structural capacity has not been evaluated
• Compliance requirements have not been reviewed

In these cases, system selection must be validated against:

• Structural compatibility
• Load rating requirements
• Applicable safety standards

Failure to validate these constraints may result in:

• Unsafe system selection
• Installation rejection
• Non-compliance with OSHA or ANSI standards

Operation Types and Corresponding System Categories

Repetitive Workstation Lifting

Used when:

• Lifting occurs at fixed positions
• Tasks are repeated frequently
• Operators control movement within a defined area

System types:

• Workstation crane systems
• Light-duty overhead systems

Constraints:

• Limited span and capacity range
• Requires defined workstation layout
• Not suitable for facility-wide material handling

Not suitable when:

• Loads must be moved across multiple zones
• Lifting paths are variable or undefined

Assembly Line and Production Flow

Used when:

• Loads move sequentially between stations
• Workflow follows a fixed production path
• Continuous or semi-continuous operation is required

System types:

• Enclosed track workstation systems
• Bridge-style overhead systems

Constraints:

• Requires fixed routing design
• Limited flexibility after installation
• Dependent on facility layout accuracy

Not suitable when:

• Workflow paths change frequently
• Lifting points are irregular or non-linear

Maintenance and Equipment Servicing

Used when:

• Lifting is intermittent
• Load positions vary
• Equipment must be accessed in multiple locations

System types:

• Portable gantry cranes
• Adjustable height gantry systems

Constraints:

• Floor surface must support load and mobility
• Limited lifting coverage compared to fixed systems
• Not designed for continuous production use

Not suitable when:

• High-frequency lifting is required
• Permanent system integration is needed

Facility-Wide Material Handling

Used when:

• Large areas require coverage
• Loads are heavy or variable
• Multiple lifting zones must be serviced

System types:

• Overhead crane systems
• Bridge crane configurations

Constraints:

• Requires structural integration with building
• Installation complexity is high
• Dependent on building support capacity

Not suitable when:

• Building structure cannot support crane loads
• Only localized lifting is required

Localized Fixed-Point Lifting

Used when:

• Lifting occurs within a defined radius
• Tasks are centered around a single workstation or machine
• Movement is repetitive within a fixed area

System types:

• Jib crane systems (wall-mounted or freestanding)

Constraints:

• Limited coverage area
• Load radius must be defined
• Requires adequate mounting support

Not suitable when:

• Loads must be transported across multiple areas
• Extended linear movement is required

Required System Selection Constraints

Before proceeding to system selection or RFQ, the following must be defined:

• Required lifting capacity (rated load)
• Span or reach requirements
• Available lifting height
• Mounting condition (floor, wall, ceiling, freestanding)
• Duty cycle (frequency of use)
• Environmental conditions

Incomplete or undefined constraints prevent accurate system selection.

Compliance and Safety Requirements

All lifting systems must be evaluated against applicable standards, including:

• OSHA general industry requirements
• ANSI B30 series standards (based on system type)

Operation type does not determine compliance.
Compliance depends on:

• System configuration
• Installation method
• Actual usage conditions

Next Step: Proceed to System Validation

After identifying the correct operation type:

1. Navigate to the relevant system category
2. Apply filters for capacity, span, and mounting conditions
3. Review system-specific limitations and exclusions
4. Submit a structured RFQ including:
   • Load requirements
   • Facility constraints
   • Application details

RFQs submitted without complete data may require additional validation before processing.