Automated Feeder Systems Machines Wholesale - TAIUNI-1

Product Overview

- Automated Feeder Systems Machines (TAIUNI) are stand-alone parts feeding solutions designed to orient, sort and supply small components for production lines. The system combines a vibratory bowl, linear track, sensors and an escapement mechanism to present single, correctly oriented parts for robot pick-and-place or downstream assembly. The equipment is internationally certified and supplied worldwide.

Product Features

- Vibratory bowl with PU-coated surface to reduce abrasion and noise.

- Bowl orienting and sorting mechanism that returns misoriented parts for recirculation.

- Linear track with full/empty condition sensors (red/green indicators) to start/stop feeding automatically.

- Precise parts escapement to deliver single components to fixed pick positions for robots.

- Stand-alone support frame with dust cover for contamination control and noise reduction; overall noise level below 70 dB.

Product Value

- Increases production efficiency and consistency by reliably delivering correctly oriented parts to automated assembly stations.

- Reduces manual handling and labor costs while improving pick accuracy for robots and downstream equipment.

- Minimizes contamination and wear with dust cover and PU coating, extending component and machine life.

- Low noise operation improves workplace environment and aids regulatory compliance.

Product Advantages

- Proven quality backed by international certifications and global sales presence (exported to 27+ countries).

- In-house R&D capability enables continuous improvement, custom development and rapid response to customer feedback.

- Mature enterprise practices emphasizing sustainability, noise reduction and customer-focused service.

- Robust design (support frame, sensors, escapement) suitable for integrated automated production lines.

Application Scenarios

- Automotive assembly lines (e.g., orienting and feeding vibration isolation rubber bushings).

- Fastener and screw feeding for electronics, appliances and general manufacturing.

- Robotic pick-and-place stations requiring single-part presentation and precise positioning.

- High-volume automated production where contamination control and low-noise operation are important.