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Your professional one-stop solution provider for automatic feeding system.

Escapement Mechanism Part Nests Escapement & Mechanism Wholesale - TAIUNI 1
Escapement Mechanism Part Nests Escapement & Mechanism Wholesale - TAIUNI 2
Escapement Mechanism Part Nests Escapement & Mechanism Wholesale - TAIUNI 1
Escapement Mechanism Part Nests Escapement & Mechanism Wholesale - TAIUNI 2

Escapement Mechanism Part Nests Escapement & Mechanism Wholesale - TAIUNI

Minimum order quantity:
1 set
Storage:
60L
Input Voltage:
AC 220V
Model:
TUV-S02
transaction mode:
by sea
Inquiry

Product Overview

1) Product overview

Escapement Mechanism Part Nests Escapement & Mechanism Wholesale - TAIUNI 3
Escapement Mechanism Part Nests Escapement & Mechanism Wholesale - TAIUNI 4

Product Features

TAIUNI’s Escapement Mechanism (Parts Nests Escapement & Mechanism) is an automated parts-feeding and single-part release system designed to work with bowl feeders, hoppers and linear tracks. It combines sensors, a hold-and-release escapement, a PLC-based control cabinet and sound/dust enclosure to deliver precisely indexed single-part output for robotic pick-and-place or assembly operations.

Product Value

2) Product features

Escapement Mechanism Part Nests Escapement & Mechanism Wholesale - TAIUNI 5
Escapement Mechanism Part Nests Escapement & Mechanism Wholesale - TAIUNI 6

Product Advantages

- Linear track sensor that stops/starts feeding when the track is full or empty.

Application Scenarios

- Bowl condition sensor to monitor part level and prevent overfilling.

- Hopper-level sensor to alert when bulk supply is low.

- Hold-and-release escapement mechanism that releases one part at a fixed pick position for accurate robot handling.

- PU surface coating on the bowl to reduce part abrasion and noise.

- System control cabinet with PLC, power supplies, servo driver and CE-compliant components.

- Sound and dust enclosure; overall noise level below 70 dB.

- Simple operation; quick learning curve for operators.

3) Product value

- Ensures steady, reliable single-part delivery for automated assembly, improving throughput and consistency.

- Reduces part damage and machine noise, protecting component quality and operator comfort.

- Minimizes faults caused by overfilling or shortage through automated sensing and control, lowering downtime and manual intervention.

- Provides CE-compliant electrical control and integrated monitoring for safer, traceable operation.

4) Product advantages

- Complete sensor suite for automated level and flow control, reducing stoppages and quality issues.

- Precise escapement and fixed pick position ideal for robot integration and high-accuracy pick-and-place.

- Durable PU-coated bowl surfaces extend part life and quiet operation.

- Enclosed design improves workplace safety, reduces dust and noise, and may eliminate extra hearing protection.

- Backed by TAIUNI’s manufacturing experience, export footprint, and after-sales tracking and delivery services.

5) Application scenarios

- Automated assembly lines that require single-part orientation and accurate robotic picking.

- Electronics, automotive and small-parts manufacturing where damage-free handling and consistent feed are critical.

- Any production or packaging operation using bowl feeders, hoppers and linear tracks for part feeding and indexing.

- Facilities seeking lower noise/dust environments or CE-compliant control systems for regulatory or workplace-safety needs.

Escapement Mechanism Part Nests Escapement & Mechanism Wholesale - TAIUNI 7
Contact us
we welcome custom designs and ideas and is able to cater to the specific requirements. for more information, please visit the website or contact us directly with questions or inquiries.
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As a professional automatic parts feeding system provider from Tianjin, China, Taiuni has devout ourselves for this career for more than 20 years.
Contact Us

Contact: Mr. Monte Liu

Tel: 86-13652039993
E-mail: monte_liu@taiuni.com
Add: Building 35#, No. 4 Gaotai Road, Binhai High-Tech New Area, Tianjin, China
Customer service
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