Machines Automated Feeder Systems Supplier

Product Overview

- An automated feeding system (TAIUNI) designed to continuously supply, sort and present small work-pieces (e.g., rubber plugs, tread rods) to downstream processes or robots. The system combines vibratory bowl feeding, linear tracks, a storage hopper (up to 1,000 pcs) and an escapement/side-shuttle to present single parts accurately for pick-and-place.

Product Features

- Linear track monitoring sensor with fiber-optic amplifier (aluminum enclosure, PU-protected through-beam fiber) that auto-replenishes or stops the bowl feeder and shows green/stop indicators.

- Bowl condition monitoring sensor that senses tread-rod level and stops or continues the bulk hopper (red/green indications) to avoid overfilling.

- Sorting track to reject misoriented parts back to the vibratory bowl.

- Side-shuttle/escapement mechanism to isolate and position a single part precisely for robotic pickup.

- 1,000-piece storage hopper, three preset vibration controllers (mounted on hopper frame) with clear markings, and a support frame with dust cover to reduce contamination and noise (

Product Value

- Enables long-duration autonomous feeding and reduces the need for operator attendance by combining hopper storage with level-sensing and automatic feed control.

- Minimizes downtime and part-related faults (overfills, misfeeds, wrong orientation), improving line uptime and assembly/robot pick accuracy.

- Protects sensing components and parts from impact and contamination, enhancing reliability and consistent throughput.

Product Advantages

- Robust design and protection: aluminum-enclosed amplifier and PU tubing for fibers reduce impact damage risk.

- Ready-to-run settings: preset vibration parameters and clearly labeled controllers speed setup and reduce tuning time.

- Quality and durability: high-quality materials, strict quality control and experienced manufacturing (Tianjin Taiuni) extend service life.

- Low noise operation (

- Flexible integration with a wide range of feeder types (vibratory bowl, step, centrifugal, flexible feeders) and downstream automation (robots, assembly machines).

Application Scenarios

- Automated assembly lines where accurate, continuous presentation of small parts is required (electronics, automotive small components, fasteners, rubber/plastic parts).

- Robot feeding/pick-and-place stations needing single-part escapement and repeatable positioning.

- High-throughput production that benefits from extended hopper capacity and unattended operation.

- Any industrial process requiring part orientation, sorting and contamination-controlled feeding, with tailored solutions provided based on customer needs.