TAIUNI Feeding Automation Factory Price-1

Product Overview

- TAIUNI Feeding Automation is a durable, practical vibratory bowl-feeder system designed to orient, sort and deliver small parts (example: vehicle vibration-isolation rubber bushings) reliably to production lines. The system is built on a stand-alone support frame with a dust cover and is engineered for high-volume automated assembly integration.

Product Features

- Bowl orientating mechanism that routes correctly oriented parts into a linear track and returns misoriented parts to the bowl for re-circulation.

- Linear track and bowl-condition sensors: indicators (red/green) to stop or continue feeding depending on track fill level.

- Parts escapement mechanism to separate and present single parts in fixed positions for accurate robot pick-up.

- PU surface coating on the bowl to reduce abrasion and lower noise.

- Enclosed support frame and dust cover to limit contamination and reduce operational noise (machine noise < 70 dB).

Product Value

- Increases production consistency and throughput by reliably orienting and feeding parts to downstream automation.

- Improves pick-and-place accuracy for robotic or manual handlers via precise escapement positioning.

- Reduces contamination and noise, contributing to cleaner, safer, and more comfortable work environments.

- Lowers labor needs and error rates, supporting faster, more cost-effective assembly operations.

- Flexible and customizable to customer requirements, backed by TAIUNI’s R&D and service capabilities.

Product Advantages

- Strict raw-material selection and robust design for long service life and dependable operation.

- Automated sensors and recirculation logic that minimize jams and downtime.

- Low-noise operation and wear-reducing bowl coating extend component life and lower maintenance.

- Integrated dust cover and stable support frame for cleaner, quieter installations.

- Proven market acceptance and professional customer support from an experienced supplier.

Application Scenarios

- Automotive component assembly lines (e.g., orientation and feeding of rubber bushings, fasteners).

- Electronics and small-parts manufacturing where precise orientation and robot pick-up are required.

- Hardware and fastener production (screws, rods, small molded parts) using escapement mechanisms.

- Any automated assembly or packaging line needing reliable high-speed part feeding, sorting, and contamination control.