For Different Industries Small Vibratory Bowl Feeder by TAIUNI

Product Overview

- A compact small vibratory bowl feeder from TAIUNI designed to feed clips and other small parts reliably into a linear track.

- Integrates a bulk hopper and automated control sensors to maintain continuous, controlled part supply for automated assembly or packaging lines.

Product Features

- Linear track sensor: signals red when the track is full (stop feeder) and green when parts are needed (continue feeding).

- Bowl condition monitoring sensor: detects bowl fill level and controls the bulk hopper to prevent overfilling or starvation.

- Hopper sensor: alerts operators when the hopper needs replenishing.

- PU surface coating on the bowl: reduces part abrasion and lowers operating noise.

- Four lifting bolts on the base for safe handling with forklift or crane. Noise level under 70 dB.

Product Value

- Ensures uninterrupted, automated part supply, reducing line stoppages and manual intervention.

- Lowers part damage and product rejects through gentle PU-coated surfaces.

- Reduces operator workload and maintenance by providing clear sensor signals and automatic hopper control.

- Improves process stability and productivity on high-mix, high-throughput lines.

Product Advantages

- Advanced, state-of-the-art manufacturing and R&D backing for durable, high-performance operation.

- High reliability, long service life, and proven availability trusted by customers.

- Smart sensor suite enables simple, effective automation and fault reduction.

- Compact, industry-flexible design with easy handling provisions (lifting bolts) and low acoustic footprint.

Application Scenarios

- Feeding and orienting clips, screws, pins, stamped parts and small components for: electronics assembly, automotive sub-assemblies, hardware production, medical device assembly, and consumer goods manufacturing.

- Integration with pick-and-place machines, automated assembly lines, inspection/sorting stations and packaging equipment.

- Particularly suited to applications requiring gentle handling (to avoid surface damage) and continuous, monitored part supply.