Handling rubber components can be notoriously challenging due to their high friction and tendency to jam. However, maximizing your production line’s throughput requires a feeding system that doesn’t just handle these parts, but excels at delivering them rapidly and reliably.
Elscint has engineered a complete, high-performance vibratory feeding solution specifically designed to orient and feed rubber bungs at high speeds.
System Specifications at a Glance
To achieve maximum efficiency, this system integrates three core Elscint components:
Component Model Purpose
———————————————————————————————————————————-
Vibratory Bowl Feeder Model 250 Primary orientation and high-speed sorting
Extra Capacity Hopper Model LF 2 Bulk storage to minimize operator intervention
Linear Vibrator Elscint Model LF 1 Smooth, continuous transfer to downstream equipment
Key Features & Production Benefits
Unmatched Feed Rates: The system is expertly tuned to deliver an exceptional output of 600 parts per minute, ensuring your capping, packaging, or assembly lines never starve for components.
Extended Autonomy: The integrated Model LF 2 extra capacity hopper provides a massive bulk buffer. This drastically reduces the frequency of manual refilling, allowing your operators to focus on other critical tasks while maximizing machine uptime.
Seamless Component Transfer: Rubber parts are prone to stalling on gravity tracks. The Model LF 1 linear vibrator guarantees that once the bungs are properly oriented by the bowl feeder, they are actively and smoothly driven toward the escapement without hesitation.
Robust & Compact Footprint: As depicted in the photo, the entire system is thoughtfully integrated into a rigid, unified framework, saving valuable floor space while maintaining the structural integrity required for continuous, high-vibration operation.
Invest in Reliability: With the Elscint Model 250 at its core, this integrated hopper and linear track system transforms a difficult handling application into a streamlined, highly profitable step in your manufacturing process.
