High End Automated Feeder Systems Company

Product Overview

- Product overview

Product Features

- TAIUNI’s automated feeder system is a high-end parts escapement mechanism designed to separate and deliver individual parts from a continuous feed (linear feeder or conveyor) to a designated pickup point. The core assembly includes a pneumatic cylinder, a precision-machined nest fixture (customized to part shape), through-beam fiber optic sensors, a fiber-optic amplifier, and a machined support bracket. It is built for stability, repeatable one-at-a-time feeding, and integration into downstream pick-and-place or assembly operations.

Product Value

- Product features

Product Advantages

- Precision machined nest fixtures tailored to each part shape for damage-free singulation.

Application Scenarios

- Pneumatic-actuated forward/back motion to present single parts reliably and return to home position for the next cycle.

- Through-beam fiber optic sensors plus a fiber optic amplifier for accurate presence detection and adjustable sensing parameters.

- Compact footprint, simple structure, low noise operation (below 70 dB), and a robust support bracket.

- Easy versatility: only the machined chutes/nests need replacement for different parts; selectable brands for cylinders and sensors (e.g., SMC, Festo, Omron, Keyence, Sick).

- Product value

- Increases automation accuracy and throughput by reliably delivering single parts to pick-up points, reducing manual handling and human error.

- Minimizes part damage and rejects through custom-fixtured nests, improving yield for delicate or irregular components.

- Low total cost of ownership via a simple, durable design and easy part-changeover (only chutes/nests swapped).

- Flexible purchasing and sourcing options let customers choose component brands and configurations to match budget and performance needs (starting configuration around USD 300 per set).

- Product advantages

- High reliability and stability due to precision tooling and a rigid, machined bracketed assembly.

- Strong versatility: one mechanism design handles many part types by switching chutes, reducing the need for multiple dedicated feeders.

- Accurate sensing and adjustability from the fiber optic amplifier and sensors for consistent part detection.

- Compact, low-noise operation suitable for factory floors (noise

- Backed by TAIUNI’s years of experience in vibratory bowls, step/centrifugal/flexible feeders, part nests and material hoppers—established manufacturing and customer service processes.

- Application scenarios

- Automated assembly lines for electronics, plastics, small molded parts, and consumer devices where single-part presentation is required.

- Pick-and-place stations, robotic end-of-arm tooling feeding, and downstream insertion or inspection stations.

- Medical device, automotive sub-assembly, and precision manufacturing lines that require low-damage, high-reliability singulation.

- Packaging and sorting lines where parts must be separated one at a time for labeling, testing, or secondary processing.

- Any manufacturing environment needing quick part-changeover capability and configurable component brands to meet specific supply or budget constraints.