A space-saving multi-lane parts feeder from the Arthur G. Russell Company supports custom product handling with a compact, multi-lane feed system that meets the criteria for projects requiring high-output within a limited floor space.
The quiet-running, patented Vibro- Block electromagnetic vibrator, a signature component designed by the company, sits at the heart of the multi-lane feeder to deliver a consistent, controlled product feed that achieves well-orchestrated, highoutput product delivery across multiple lanes. Vibro-Block technology allows the feeders to accommodate products made of plastic, metal, glass or a combination of materials. The modular design of the patented technology allows the end user to fine-tune the amount and direction of the vibration. Although each feeder is custom engineered and tooled for a specific application, most of the company’s multi-lane feeders are configured either with an integral bin that presents products directly to each individual lane, or with a conventional bin that supplies products into one or more vibratory feeder bowls that then supply components to multiple lanes.
The multi-lane feeder design is typically used in conjunction with an indexing chassis assembly system. The feeder can be integrated with the assembly machine to deliver the product by whatever means best suit the application. Most often, parts are presented to the assembly machine by means of pneumatic escapements, rollover devices and pick and place mechanisms using vacuum pick-up heads or mechanical grippers. In instances in which space or access around the assembly machine is limited, vacuumoperated escapements can be supplied to deliver the parts to the assembly machine while maintaining the required pitch.
The custom-engineered, modular, multi-lane feeding system is adaptable to quick product changeovers and is suitable for use in large or small product runs. Optional screens or vision systems are available for use in specialised applications such as product sorting or product inspection for detecting size, shape and structural deformation.
The Arthur G. Russell Company, Inc.
Bristol, CT, USA +1 860 583 4109
www.arthurgrussell.com