Escapement by TAIUNI

Product Overview

Escapement by TAIUNI is a precision parts-feeding module designed to separate, hold and release individual levers (or similar small parts) for automated pick-and-place. The system combines a bowl feeder with sensors, a hold-and-release escapement mechanism, a PLC-based control cabinet and optional sound/dust enclosure. TAIUNI provides material selection, design and installation support; components meet international quality and CE standards.

Product Features

- Linear track sensor that detects full/empty states and controls bowl feeding (red = stop, green = feed).

- Bowl condition sensor to monitor part levels in the bowl and prevent overfilling.

- Hopper sensor to signal low parts and prompt replenishment.

- Hold-and-release mechanism that accurately releases single parts to a fixed position for robot picking.

- PU-coated bowl surface to reduce part abrasion and operating noise.

- System control cabinet with PLC, power supply, servo drivers and relays.

- Optional sound & dust enclosure; machine noise kept below 70 dB.

Product Value

- Increases production uptime by automating feeding and preventing overfill/underfeed conditions.

- Improves pick-and-place accuracy for robots, reducing mispicks and rework.

- Lowers part wear and noise, extending component life and improving workplace comfort.

- Reduces manual intervention and labor cost through reliable sensing and automatic replenishment alerts.

Product Advantages

- High-quality, well-selected raw materials and CE-compliant electrical components.

- Integrated sensor suite for real-time level control and fault reduction.

- Precise escapement design ensures single-part release and consistent positioning.

- Turnkey offering with design, installation and after-sales support from an experienced supplier with an established supply chain.

- Enclosure option that brings noise and dust within tolerance, enhancing safety and communication on the line.

Application Scenarios

- Automated assembly and production lines requiring reliable single-part feeding.

- Robotic pick-and-place stations in automotive, electronics, hardware and consumer-goods manufacturing.

- High-speed small-parts sorting and handling in industrial automation cells.

- Facilities seeking lower noise/dust exposure and improved feeder reliability for continuous operation.