Feeding of packing of non standard parts can be a challenge. Recently, Elscint manufactured a feeding and dispensing solution for sorting, orienting, and releasing Chunna Dibbi (Chunna containers) at a rapid, consistent rate of 80 parts per minute.

This robust, fully integrated system ensures seamless downstream operation by eliminating manual handling and bottlenecks.

Key Components & Features:

Vibratory Bowl Feeder (Model 400): This rigidly built 650 mm diameter stainless steel bowl is custom-tooled to handle the unique shape and lightweight nature of Chunna Dibbis. It gently and efficiently agitates, sorts, and aligns the parts, feeding them into the track with perfect orientation.

Linear Vibrator (Model LF I): Acts as a crucial buffer and transfer bridge. The LF I linear drive ensures a steady, jam-free, and pressurized flow of the oriented parts from the bowl to the discharge point, maintaining consistent speed and preventing any backpressure issues.

Pneumatic Escapement Mechanism: A precision-engineered, air-operated singulation gate at the end of the line. It captures, holds, and releases exactly one part at a time on demand, making it perfect for integration with filling, capping, packaging, or assembly machinery.

High-Speed Output: Clocking in at a dependable 80 parts per minute, this setup is built to keep pace with fast-moving automation lines.

Elscint Quality & Build: Mounted on a heavy-duty, unified baseplate for low vibration and long-term stability. The system features high-grade materials, durable pneumatic piping, and adjustable mounting supports for easy line integration.

Why Choose this Elscint Solution?

✔ Turnkey & Ready to Integrate: Designed to easily plug into your existing automation PLC/sensor networks.

✔ Gentle Handling: Ensures the ‘Chunna Dibbi’ are handled without scuffing, damage, or deformation.

✔ Proven Reliability: Built by Elscint, a trusted name in vibratory feeding technology, guaranteeing high uptime and minimal maintenance.

You can watch the video of the equipment.

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