Material handling is an essential part of almost every manufacturing operation. Raw materials need to be moved, positioned, loaded, unloaded, and transferred between production processes.
When these tasks are performed manually, they can consume valuable labor hours and create production bottlenecks.
Automated material handling systems can help manufacturers improve productivity, reduce repetitive manual work, and create a more efficient production workflow.
What Is Automated Material Handling?
Automated material handling uses equipment and control systems to move materials with limited manual intervention.
Depending on the application, solutions can include:
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Automated loading and unloading
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Robotic material handling
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Conveyors
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Automated storage and retrieval systems
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Pallet handling
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Sheet and plate handling
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Tube and bar handling
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Robotic machine tending
These systems can work independently or be integrated with CNC machines and other production equipment.
Reduce Repetitive Manual Work
Moving heavy or repetitive materials can consume a significant amount of employee time.
Automation can help handle tasks such as:
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Loading raw material
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Moving parts between processes
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Unloading finished components
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Positioning material
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Transferring parts between workstations
This allows employees to spend more time on skilled and productive activities.
Improve Production Flow
A production process is only as efficient as the movement of material through the facility.
Manual material handling can create delays between operations.
Automated systems can help create a smoother flow between:
Material → Processing → Inspection → Assembly → Finished Product
Better material flow can reduce waiting time and improve overall production efficiency.
Improve Machine Utilization
Expensive CNC and manufacturing equipment needs to remain productive.
If operators spend significant time loading and unloading machines, production capacity may be limited.
Automated material handling can help reduce these interruptions and keep machines working more consistently.
This can improve:
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Machine utilization
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Production output
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Cycle efficiency
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Overall equipment productivity
Improve Workplace Safety
Handling heavy sheets, plates, tubes, and other materials can create safety risks.
Automation can reduce the amount of manual lifting and repetitive handling required from employees.
This can help manufacturers create a safer working environment while improving production efficiency.
Support Higher Production Volumes
As orders increase, manual material handling can become a major bottleneck.
Automated systems can help manufacturers handle greater production volumes without increasing manual handling requirements at the same rate.
This makes automation particularly useful for businesses producing:
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High-volume components
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Repetitive parts
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Large metal products
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Multiple production runs
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Time-sensitive orders
Integrate Automation With CNC Machinery
Automated material handling becomes even more valuable when integrated with CNC equipment.
For example, a production cell could combine:
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CNC laser cutting
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Automated sheet loading
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Automated unloading
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Material storage
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Robotic part handling
This creates a connected workflow that reduces manual intervention and improves production consistency.
Reduce Production Costs Over Time
Automation requires an initial investment, but manufacturers may achieve long-term savings through:
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Reduced manual handling
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Higher machine utilization
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Lower production downtime
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Improved workflow
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Reduced material damage
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Increased output
The potential return depends on production volume, labor requirements, machine utilization, and the specific automation system.
Is Your Business Ready for Automated Material Handling?
Automation may be worth considering if your operation has:
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High material handling requirements
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Repetitive loading and unloading
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Heavy materials
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Frequent production bottlenecks
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Labor shortages
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High production volumes
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CNC equipment that sits idle between operations
If these challenges sound familiar, an automated material handling solution could improve your production workflow.
Choose the Right Automation Solution
Every factory has different requirements.
Before purchasing an automated material handling system, consider:
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Material size and weight
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Production volume
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Available floor space
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Existing CNC equipment
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Required cycle times
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Operator requirements
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Future production plans
The right automation solution should integrate with your existing workflow rather than create additional complexity.
Looking for Automation and New Machinery?
Brennan Machinery can help manufacturers evaluate new machinery and automation solutions based on their production requirements.
Whether you are looking to automate material handling, improve CNC machine utilization, or build a more efficient production cell, our team can help you identify suitable equipment.
👉 Contact Brennan Machinery to discuss your automation requirements:
https://brennan.ca/pages/contact
Conclusion
Automated material handling can help manufacturers improve production flow, reduce repetitive manual work, increase machine utilization, and support higher production volumes.
As manufacturing becomes increasingly competitive, integrating automation into your production process can provide the flexibility and efficiency needed for long-term growth.
Move smarter. Automate material handling. Increase production.
