Description

YQ-190T Vibration Feeder

YQ-190T Vibration Feeder is a short type vibration feeder designed for automated feeding systems and production lines in industrial environments.

The YQ-190T Vibration Feeder is engineered for precise and continuous part feeding and conveying in production lines. It utilizes a vibration system to ensure orderly material movement, minimize jamming, and enhance operational efficiency.

This feeder model is a Short Type Feeder, making it suitable for installations with limited space. It can be effectively integrated with Bowl Feeders, Linear Feeders, and other automatic part orienting machines. It is compatible with a wide range of components, including screws, nuts, metal parts, and plastic components.

The construction of the YQ-190T Vibration Feeder is from industrial-grade materials, ensuring robustness and durability for continuous factory operation. The vibration intensity is adjustable to match specific component characteristics, thereby achieving consistent and accurate feeding.

This feeder is ideal for factories aiming to reduce manual labor, increase production line speed, and improve automation capabilities. It serves as a crucial component for enhancing overall production quality and stability.

Used for conveying or feeding materials in automated production processes. The machine operates based on vibration to move materials along a linear path. Typically, such feeders are well-suited for applications requiring precision, such as feeding small parts on production lines, material arrangement, or part sorting in various industries.

Primary Functions:

1. Material Conveying: Utilized for transporting materials from one point to another within the production line.
2. Material Flow Control: Assists in regulating the quantity of material fed into the production process to meet demand requirements.
3. Material Sorting and Arrangement: Suitable for tasks requiring systematic material arrangement or sorting.

Types of Vibratory Feeders

• Linear Feeder – Used for applications requiring linear material conveyance.

• Bowl Feeder – Utilized for orienting parts in a specific direction, commonly for small components in the electronics industry.

• Electromagnetic Vibratory Feeder – Employs electromagnetic energy to generate vibration, offering precise operation and energy efficiency.

Advantages

• Precise control over material flow rate.

• Durable and low-maintenance due to fewer moving parts.

• Suitable for small or fragile materials.