For Agriculture Auto Feeding System by TAIUNI

Product Overview

The TAIUNI Auto Feeding System is a compact parts escapement mechanism designed to separate and deliver individual parts (e.g., hexagon nuts) from a continuous feed into a designated pick-up position. It combines a pneumatic cylinder, a custom-machined nest fixture (interchangeable chutes), through-beam fiber-optic sensors with an amplifier, and a machined support bracket for stable mounting. The system is intended to integrate with linear feeders or conveyor belts for downstream automation.

Product Features

- One-at-a-time separation via a purpose-machined nest fixture driven by a pneumatic cylinder.

- Fiber-optic sensing with an amplifier for accurate presence detection and adjustable parameters.

- Interchangeable chutes/nests for quick adaptation to different part geometries.

- Compact footprint, low noise operation (

- Customizable component brands (e.g., SMC/Festo cylinders; Omron/Keyence/Sick sensors) and configurations.

Product Value

- Increases efficiency and reliability of automated pick-and-place or assembly lines by providing consistent single-part presentation.

- Reduces part damage and handling errors through precision-machined fixtures tailored to each part.

- Offers cost-effective automation with a low entry price (minimum configurations around US$300 per set) and easy integration into existing feeder lines.

- Versatility lowers tooling investment because only chutes need replacement for different parts.

Product Advantages

- Simple, stable design with high repeatability and low maintenance demands.

- Strong adaptability—only the nest/chute needs replacement for new parts, enabling rapid changeovers.

- Quality-controlled production and durable machining ensure long service life and good global market acceptance.

- Component brand flexibility lets customers balance cost and performance to their needs.

Application Scenarios

- Feeding and singulating fasteners (nuts, bolts), stamped parts, molded components, or other small hardware for robotic pick-and-place, assembly, inspection, or packaging stations.

- Integration with linear feeders, conveyor systems, or automated assembly lines in automotive, electronics, hardware manufacturing, and general industrial automation.

- Any production line requiring precise, one-at-a-time part delivery with minimal footprint and configurable sensing/actuation components.