For Fisheries Automatic Feeding Machine by TAIUNI

Product Overview

- TAIUNI’s automatic feeding machine is a stand‑alone, customizable part‑feeding system designed to sort and orient small plastic components (example shown: parts from a medical test kit).

- The system uses a multi‑track feeder bowl for simultaneous high‑throughput feeding and sits on a support frame with a dust cover for clean operation.

Product Features

- Four‑track simultaneous feeder bowl for high efficiency.

- Orientating tracks that place most parts in a uniform (large‑end‑up) position; disoriented parts automatically fall back for recirculation.

- Linear track sensors that indicate full tracks (red light) and trigger an air nozzle to reject excess parts and prevent jamming.

- Dust cover and support frame to reduce contamination and operating noise.

- Built and inspected step‑by‑step by a professional QA team; materials selected to customer specifications.

- Noise level below 70 dB.

Product Value

- Increases production throughput by feeding multiple tracks at once and reducing manual handling.

- Improves consistency and assembly quality by reliably orienting parts before downstream processes.

- Reduces downtime and rejects through anti‑jamming sensors and automatic recirculation.

- Lowers contamination risk and workplace noise, supporting cleaner, safer operations.

- Customizable to customer size/spec needs, enabling rapid integration into existing lines.

Product Advantages

- High efficiency from four simultaneous tracks and automatic reorientation of misaligned parts.

- Robust anti‑jam design (sensors + air‑nozzle control) for stable continuous operation.

- Clean, quiet operation thanks to the dust cover and

- Tailored material selection and thorough inspection ensure reliability and fit for specific part geometries (including parts with post‑molding shrinkage).

- Backed by experienced designers and a company able to provide comprehensive, customer‑specific solutions.

Application Scenarios

- Feeding and orienting small plastic components for medical device/test‑kit production (example shown).

- Electronic component handling and assembly lines.

- Small part feeding in automotive, consumer products, and precision manufacturing.

- Packaging and automated assembly where consistent orientation is required.

- Adaptable to other fields (including aquaculture/fisheries applications if configured for feed items) where automated, clean, and reliable part/ingredient feeding is needed.