Reciprocating Step Feeder Plastic Part Vibrating Electric Stepping Machine

Reciprocating Step Feeder Plastic Part Vibrating Electric Stepping Machine​

1 . Descriptions:

Our step feeders offer various advantages over conventional feeding methods for small cylindrical and spherical parts. They operate quietly, save space, and handle parts gently. We provide different configurations, ranging from standalone units to fully equipped feed systems.

The step feeders lift bulk parts from the integrated hopper bin using the step mechanism. The step thickness is carefully selected to lift a single row of parts. At the top of the step stroke, the parts drop onto a linear feeder (either vibratory inline, belt conveyor, or air track), where additional orientation can be done. If improperly oriented parts are ejected from the orienting track, they can either drop back into the bin or be returned using gravity slide, air track, or conveyor in situations where more complex orientation is required.

Vertical Step Configuration: Our vertical step design reduces the footprint, increases efficiency, and minimizes resistance when pushing through a bin full of parts.

Simple, Air-Powered Operation: The step feeders are powered by a single air cylinder and operate with an air supply.

Integrated Hopper Bin: The stainless steel bin provides storage for parts.

Quiet Operation: The mechanical motion of our step feeders results in significantly lower noise levels compared to vibratory feeders.

Gentle Part Handling: Without vibration, part abrasion is greatly reduced. The step feeder lifts a single row of parts from the bin, and final orientation occurs on the linear feeder, resulting in minimal wear. This makes step feeders ideal for fragile parts.

Extremely Durable: The straightforward linear motion of the step and the non-abrasive interaction with the parts ensure long-lasting operation with minimal maintenance.

With their quiet and gentle operation, compact design, and durability, our step feeders provide an effective solution for feeding small cylindrical and spherical parts.

2 . Specifications:

3 . The Best Parts to Feed Using a Step Feeder :

When determining which parts to feed using a step feeder, several factors come into play. The primary consideration is the size and shape of the part. Step feeders are specifically designed for round, cylindrical, or spherical parts, such as springs, tubes, washers, nuts, and similar items. It is crucial to ensure that the parts fall within these parameters.

Another factor to consider is the material of the part and its interaction with the step feeder. Metals are often well-suited for feeding with a step feeder due to their low noise characteristics. However, plastics or composites can also be fed without issues if they possess sufficient stiffness.

Moreover, the production volume of the parts and the required feed rate should be taken into account. Traditional step feeders typically feature a single-lane linear track output, enabling relatively quick operation. However, if continuous motion is necessary, alternative part feeding systems may be more suitable for the application.

Step feeders serve as efficient and reliable methods for part feeding, ensuring an even distribution of parts for various automated processes.

At BBF Feeders, we specialize in designing, engineering, and manufacturing a range of automated parts feeding systems, including step feeders. Our team is available to review your application and provide recommendations on the most suitable feeder type for your needs. With our global sourcing efforts and streamlined production process, we have gained recognition in the industry as a modern provider of high-quality and cost-effective solutions.

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