Under certain circumstances a part must feed to an extended distance away from the bowl center. The typical vibratory inline can only support about 8-12” of overhang off the plate before it becomes sporadic. Conveyors can only go so far but the transition and costs can get complicated. There is an alternative solution to these problems. That fix would be implementing an air-track in place.

FCI Air-Track systems typically consist of a blower system with flexible air tubing. This tubing connects at the back of the track and provides a consistent flow of air down the main channel of the track frame. The track frame usually consists of steel or stainless-steel tubing equipped with angled holes so the air escapes in the direction of feed. This design allows for a linear motion without adjusting flexible air-jets or air-knifes. It is a fixed setup that is consistent and efficient.

Air-Tracks have several pros, one being that they can be machined at very long lengths. Machine builders and integrators love this because it allows us to supply a track that is capable of running through their machine enclosure to an area of interest such as a pick and place mechanism or rotary actuator. No electronics exist on an air track except for the full track switch sensor and the blower system. Everything else runs off the air flow produced. This air flow can produce a very high feed rate per minute which is also why many of our customers elect to choose this type of system over a standard vibratory inline or conveyor.

If you think this type of system could be used on your next project, please reach out to us and a member of our team can provide some insights.

The last decade has been a revolutionary time in the parts feeding arena. More and more large corporations and small business are beginning to automate due to the high cost of production and wage expenses. Simplified tasks such as pick and placing, and part presentation are no longer a manual operation by an employee. Vibratory Feeder Systems have reduced the amount of work needed and have accelerated the rate of production.

Coast to coast people are no longer hand loading machines for assembly. Instead systems such as variable parts feeders and centrifugal feeding systems are being implemented.

With these systems in place it is easy to see how manufacturing plants and production teams are using these to their advantage. Some systems can handle the bulk loading, part orientation, and part presentation in a very small footprint without supplying anything else. These “stand alone” systems are what we specialize in and why we get so many requests around the country.

If you ever get the chance to visit an automotive, industrial, or packaging plant in the US you will probably find a parts feeder or vibratory feeder being used with the whole assembly station. We are glad to supply these systems and provide support because that is our specialty in this industry.

Consult us today for your next application and one of our engineers will be glad to help.

FCI has been building vibratory feeder bowls and parts feeders for a variety of food industries. Some of the product we built machines for would be things like bulk salt, pretzels, candy , marshmallows. We have also constructed machines capable of processing packaged goods like coffee pods, granola bars, freeze dried foods, and even some empty containers that are required to be filled with a food or beverage.

Under certain circumstances an application that is involving food(packaged or un-packaged) may require a vibratory feeder to be implemented. Such applications are not common everyday but are ideal for packaging, counting, weighing, or quality control inspection. A typical feeder would consist of standard materials but a food grade(FDA compliant) feeder is required to have certain specifications such as 316L stainless steel on all surfaces and “pit-free” finishing. Not only does the finishing matter in these environments but also the coatings and coverings of all equipment that have rust concerns. These concerns can be eliminated by using food-grade stainless steel on all surfaces contacting the product and around product. Everything else that must remain regular steel can be coated in a 2-part stainless steel epoxy called Steel-IT or Surlyn Coating(resembles a golf ball coating). Nickel plating and adding shrouds is also optional if the conditions are critical such as a wash-down room.

In the event that a feeder is needed for you next food grade application please consult us first so we can determine what system is best suited given your project requirements.