Bespoke Vibratory Feeder Manufacturers Company

Product Overview

- Bespoke vibratory feeder systems by TAIUNI designed for reliable, automated feeding of small metal parts (e.g., washers) with full quality control. Systems include bowl feeders, linear tracks, parts escapement, and a CE‑standard system control cabinet with PLC and touchscreen. TAIUNI emphasizes customization and strict quality management to ensure only qualified units are delivered.

Product Features

- Linear track sensors with red/green indicators to stop or continue feeding based on part levels.

- PU bowl surface coating to reduce part abrasion and lower operating noise.

- Sound and dust enclosures to minimize noise and contamination in the production area.

- Parts escapement with rotary actuator that deposits discrete parts into fixed pick positions; each position has sensors that communicate with the PLC.

- Integrated system control cabinet (touchscreen, PLC, servo drivers, power supply, relays, terminals) meeting CE standards. Machine noise level below 70 dB.

Product Value

- Increases line uptime and feeding accuracy for automated assembly and pick‑and‑place operations.

- Protects part quality (reduced abrasion) and operator environment (lower noise and dust).

- Provides reliable machine-to-robot communication via sensors and PLC signals for synchronized handling.

- Reduces waste and rejects through strict QC and precise part delivery, improving overall production efficiency and cost control.

Product Advantages

- Turnkey, CE‑compliant electrical and control integration for easy deployment and reliable operation.

- Precise mechanical escapement and sensing for accurate, repeatable single‑part delivery to robots.

- Noise and dust mitigation features that improve workplace safety and communication without heavy PPE.

- Robust quality management and a professional R&D/production team, with experience serving domestic and international markets.

- Customizable ("bespoke") solutions to fit different part types, sizes, and production layouts.

Application Scenarios

- Automated assembly lines feeding washers, screws, pins, and other small metal or molded parts.

- Robot pick‑and‑place stations requiring accurately separated parts at fixed pick positions.

- Electronics, automotive components, hardware manufacturing, and any high‑volume fastener feeding operations.

- Production environments needing reduced noise and dust exposure (assembly halls, testing lines).

- Integration into turnkey assembly or inspection systems where PLC communication and CE compliance are required.