Inverted Power & Free

Inverted Power and Free Conveyors are perfectly suited for demanding industrial environments where flexibility and precision are essential. These systems offer the unique capability to stop individual loads without halting the entire production line and can accumulate loads for specific time periods before seamlessly reintroducing them into the system. They are designed to effortlessly transport unit loads up to 20,000 pounds.

Key Features of Inverted Power and Free Conveyors:

Variable chain speeds for optimized control
High-speed indexing for enhanced efficiency
On-line storage capabilities for streamlined processes
Adaptability to elevation changes to suit complex layouts

Advantages

1. Flexibility in Material Handling

Inverted Power and Free systems allow individual loads to stop, start, accumulate, or divert without interrupting the entire production line. This level of flexibility is particularly useful for complex processes that require precise timing and coordination.

2. Higher Load Stability

With the load being carried below the conveyor track, inverted systems offer greater stability compared to overhead systems. This helps reduce sway or shifting, ensuring that even heavy or sensitive products are transported securely.

3. Clean and Contaminant-Free Operation

Because the conveyor mechanism is located above the load, the inverted design helps protect products from contamination by dust, oil, or debris. This makes inverted conveyors ideal for industries where cleanliness is critical, such as automotive or electronics manufacturing.

4. Accurate Positioning

Inverted Power and Free conveyors provide precise positioning capabilities, allowing for accurate handling and processing of products at various points in the assembly line. This is particularly useful in industries that require high levels of automation and precision, such as robotics or automated welding.

5. Ability to Accumulate and Buffer Products

These conveyors can accumulate loads for a specified period before releasing them back into the system. This capability helps to optimize production flow, reducing bottlenecks and ensuring that downstream operations run smoothly.

6. Adaptable to Complex Layouts

Inverted Power and Free systems can easily navigate changes in elevation, curves, and tight spaces, making them ideal for factories with complex layouts. This adaptability provides greater design freedom and space optimization within industrial environments.

7. Reduced Wear and Maintenance

Inverted Power and Free conveyors often experience less wear and tear because the load is carried on a stable platform, reducing the strain on the conveyor system. Additionally, the components are more accessible for maintenance, reducing downtime.

8. Enhanced Safety

With the load traveling beneath the conveyor mechanism, workers are less likely to encounter moving parts, contributing to a safer work environment. The system’s ability to control and stop individual loads also adds an extra layer of operational safety.

9. Energy Efficiency

Because these systems can control the movement of individual loads, they help reduce unnecessary energy usage. Only the necessary portions of the conveyor system need to run, making it more energy-efficient compared to systems that must keep moving continuously.

10. Customizable Load Capacities

Inverted Power and Free conveyors can handle a wide range of load capacities, from light products to very heavy unit loads, typically up to 20,000 pounds. This versatility makes them suitable for various industries, from light manufacturing to heavy-duty applications.