Our Bi-Flo and Infinity Accumulators provide advanced single-filing and combining solutions that are designed to handle a variety of products with speed and accuracy, all while maintaining low backpressure. This innovative approach not only enhances product quality but also maximizes your production line’s performance.

Key Advantages

High-Speed Single Filing with our Slow-Down Lane

By adding a slow-down lane to our accumulation systems, we’ve been able to double, and sometimes even triple, line speeds.

The key to this improvement is how products approach the outfeed on a typical accumulation table. Without a slowdown lane, products tend to come to the outfeed in a nested formation, which can cause turbulence and damage to the product.

Our slowdown lane, however, is moving 10-15% slower than the rest of the belt. This causes the products to stack instead of nesting, making them easier to separate without turbulence. As a result, we are able to increase the line speed and prevent product instability and damage.

Low Backpressure Handling

Garvey’s single-filing and combining systems are engineered to minimize backpressure. This gentle handling prevents product breakage and label damage, ensuring your products remain intact and of high quality. The low backpressure environment also reduces noise, creating a quieter and more pleasant working environment.

Increased Accumulation Capacity

Garvey’s solutions offer greater accumulation capacity, providing a buffer that ensures continuous operation even during temporary slowdowns or stoppages downstream. This increased capacity helps maintain high overall efficiency and reduces downtime, keeping your production line moving smoothly.

Compact and Efficient Design

Traditional single-filing and combining systems often require significant floor space. Garvey’s accumulators are compact, making them easy to integrate into existing production lines without needing extensive modifications. This space-saving design is essential for facilities looking to maximize their production area.