Bowl Feeder Manufacturers - for Metallurgy Electroplating - TAIUNI

Product Overview

- TAIUNI bowl feeder designed for reliable automatic feeding of clips and small parts, developed for metallurgy and electroplating production environments.

- Manufactured from high‑grade raw materials with cutting‑edge technology and strict QC, built to industry production standards.

- Integrates with bulk hoppers and linear tracks to form a continuous parts feeding solution.

Product Features

- Linear track sensor: red/green indicator to stop or continue feeding when the track is full or lacking clips.

- Bowl condition monitoring sensor: detects clip level in the bowl and controls the bulk hopper to prevent overfilling or underfeeding.

- Hopper sensor: warns operators when the hopper is low so material can be replenished in time.

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

- Built‑in lifting bolts on the four board corners for safe forklift or hoist handling.

- Noise level below 70 dB.

Product Value

- Increases production continuity by automating feed control and reducing manual intervention.

- Lowers scrap and part damage through PU coating and precise level monitoring.

- Reduces downtime and fault‑related stoppages by preventing overfills and starvation of the feed system.

- Supports sustainable value growth for customers via stable, consistent performance.

Product Advantages

- Intelligent sensor suite (bowl, track, hopper) for automatic start/stop and fault reduction.

- Durable construction and quality control ensure stable, long‑lasting operation in industrial conditions.

- Quieter operation and gentler part handling thanks to PU coating.

- Easier logistics and installation with lifting bolts and TAIUNI’s efficient delivery capabilities.

- Professional after‑sales support via an online information service platform and experienced sales/production teams.

Application Scenarios

- Metallurgy and electroplating production lines for feeding clips, fasteners and small metal parts.

- Automated assembly lines, fastening stations, and parts sorting systems.

- Any manufacturing, surface treatment or packaging processes that require reliable, low‑damage, continuous parts feeding.