カテゴリーアーカイブ: Flex Feeder

1、 Comparison of Working Principles and Characteristics Characteristic vibration feeder pusher/feeder The working principle utilizes the electromagnetic drive and resonance principle to generate small vertical torsional vibrations in the disk body, and through inertia and friction, the parts move forward along the spiral track and complete orientation. It is usually a linear motion mechanism (cylinder, electric push rod) that pushes the disorderly stacked parts forward one by one through reciprocating push claws or push plates. Core functions include sorting, orientation, transportation separation, counting, and transportation Advantage 1. Complex orientation: It can arrange messy parts in a unified and specific direction through clever mechanisms on the track. Continuity: The feeding process […]

Vibration feeder are widely used in automated production, but they present some common pain points. Below are the main issues and their solutions: Material jamming or blockage Reason: Irregular material shape or unreasonable design of the vibratory bowl. Solution: Optimize material design: Ensure the material shape is suitable for the vibratory bowl. Adjust vibration parameters: Regulate frequency and amplitude to ensure smooth material flow. Improve track design: Optimize track width and angle to reduce stalling. Excessive noise Reason: Mechanical vibration and noise are generated during the operation of the vibratory bowl. Solution: Vibration damping measures: Use vibration damping pads or feet. Soundproofing material: Install soundproofing material around the vibrating tray. […]

In the era of Industry 4.0, intelligent manufacturing has put forward higher requirements for the flexibility of production equipment. Traditional feeders often can only handle a single type of material, making it difficult to meet the production needs of modern manufacturing with multiple varieties and small batches. The emergence of flexible feeders has completely changed this situation. The flexible feeder adopts a modular design, which can quickly adapt to materials of different shapes and sizes by replacing different feeding modules. This design breaks through the limitations of traditional feeders, allowing one device to handle a variety of materials ranging from small electronic components to large mechanical parts. For example, after […]