Automatic Feeding System Machines Wholesale - TAIUNI

Product Overview

- Automatic feeding system machines (TAIUNI) — modular parts escapement mechanism for automated feeding lines.

- Core components: pneumatic cylinder, machined nest fixture (custom chutes), through‑beam fiber‑optic sensors, fiber‑optic amplifier, and support bracket/frame.

- Designed to separate and deliver single parts from a continuous stream to downstream pick/place or processing stations.

- Entry-level price ~USD 300 per set (minimum configuration); noise level

Product Features

- Simple, compact mechanical structure with a small footprint and low operational noise.

- High stability and repeatable single‑part separation using custom‑machined nests matched to each part shape.

- Fiber‑optic detection with adjustable amplifier for precise presence sensing in the nest.

- Pneumatic actuation provides fast forward/back cycles; nests are interchangeable for versatility.

- Sturdy bracket and tooling for robust mounting and alignment.

Product Value

- Improves line efficiency and throughput by reliably feeding single parts to downstream operations.

- Reduces labor and error from manual feeding, lowering operating costs and increasing consistency.

- Low initial cost for basic configurations and ability to scale/upgrade with chosen component brands.

- Strong market potential and economic benefits for OEMs and contract manufacturers seeking automation.

Product Advantages

- Versatility: only the machined chutes/nests need replacement for different parts, enabling broad reuse.

- Quality and reliability backed by TAIUNI’s long experience producing bowl feeders, step/centrifugal/flexible feeders and related equipment.

- Customization: clients can specify preferred cylinder and sensor brands (e.g., SMC, Festo, Omron, Keyence, SICK).

- Good after‑sales/service system and export experience (China, Southeast Asia, Africa), supporting installation and maintenance.

- Low noise (

Application Scenarios

- Automated assembly and pick‑and‑place lines for hardware (nuts, bolts), fasteners, small metal/plastic parts.

- Electronics component feeding, automotive subassembly, appliance manufacturing and general industrial production lines.

- Integration with vibratory bowl feeders, conveyors, hoppers and downstream robots or handlers.

- Any high‑volume or repetitive process requiring accurate single‑part presentation and reliable separation.