Custom Feeder Solutions
Powell Systems develops custom solutions for unique requirements, integrating feeding equipment with product, bin, packaging, and workflow specifications.
Powell Systems designs material handling solutions that help move parts efficiently from bins into downstream operations. Drawing on more than a century of steel fabrication and packaging experience, the company develops custom equipment around your product, bin, and workflow requirements. Nationwide support is available for manufacturers seeking dependable feeding, weighing, filling, and conveyor integration.

Custom feeding and material handling solutions designed around bins, parts, workstations, conveyors, and packaging requirements.
Powell Systems develops custom solutions for unique requirements, integrating feeding equipment with product, bin, packaging, and workflow specifications.
Feeding arrangements can be developed around steel containers and material flow needs, supporting efficient movement of parts from storage into processing or assembly.
Powell Systems can connect feeding concepts with weigh, fill, and conveyor solutions to support improved packaging and shipping operations.
A vibratory feeder for bins should work with the parts, container, and downstream process—not force your operation into a standard arrangement. Powell Systems evaluates your requirements and can integrate feeding with weigh, fill, conveyor, and workstation solutions. From its Indiana headquarters, the company serves customers nationwide with experience rooted in steel containers and automated material handling.

Experience, customization, and integrated material handling knowledge help turn unique requirements into practical equipment solutions.
More than 100 years of manufacturing experience support informed material handling and feeding solutions.
Solutions are developed around each customer's product, packaging specifications, and operating requirements.
Feeding concepts can connect with weigh, fill, conveyor, and custom workstation solutions.
Powell Systems manufactures steel containers and automated systems in the United States.
Four generations of manufacturing experience shape practical material handling solutions.
Founded by William J. Powell in 1920 as Powell Pressed Steel, Powell Systems began with steel tote boxes used to move manufactured material between workstations. The company later pioneered gravity-feed and drop-bottom container designs before expanding into machinery that automatically feeds, weighs, and packages parts. Today, Powell Systems Inc. manufactures material handling equipment, standard and custom corrugated steel containers, and packaging systems. Its experience spans four generations of manufacturing and supports customers nationwide. The company's focus remains practical: understand each customer's product and workflow, then develop equipment that helps improve parts movement, packaging, shipping, labor use, and product handling.
Vibratory feeders for bins help move parts from a container into a downstream process in a controlled, repeatable manner. They can support material handling, assembly, weighing, filling, conveying, or packaging operations. The appropriate arrangement depends on the product, bin design, desired flow, and equipment connected to the feeder.
Share your requirements with Powell Systems for a practical equipment discussion.
Powell Systems supports material handling customers nationwide from its headquarters in Fowler, Indiana.
Nationwide
Service Area
Fowler, Indiana
Headquarters
Over 100 Years
Company History
Contact Powell Systems to discuss your bin-feeding and material handling requirements.
Tell us about your bins, products, workflow, and integration needs so Powell Systems can review a suitable material handling approach.
For immediate assistance, feel free to give us a direct call at +1 765-884-0613. You can also send us a quick email at info@powell-systems.com.
For immediate assistance, feel free to give us a direct call at +1 765-884-0613. You can also send us a quick email at info@powell-systems.com.