
Linear Vibratory Feeder
Linear vibratory feeders that carry the parts oriented by the bowl feeder to the next processing point. Oriented parts wait ready, so your machine keeps running without stopping.
Below you will find our bowl and linear vibratory feeding systems as well as our elevator hopper, polyurethane coating, noise reduction enclosure and speed control unit solutions. You can save the catalogue as a PDF using the print button. All systems are designed for your specific part; contact us for technical details.

Linear vibratory feeders that carry the parts oriented by the bowl feeder to the next processing point. Oriented parts wait ready, so your machine keeps running without stopping.

Polyurethane coating applied to the bowl and track surfaces that touch the part protects parts from scratches and reduces wear and operating noise.

Sound-insulated enclosures that reduce the noise produced by vibratory feeding systems during operation. The enclosure layout is planned according to the access and maintenance needs of the line.

Elevator (hopper) feeding systems that take parts from a large hopper and transfer them to the bowl feeder as needed. The part level in the bowl is kept constant and operator intervention is reduced.

A control unit with digital display used to adjust the speed and vibration intensity of vibratory feeding systems. You can easily match the feed rate to the pace of your line.

A complete feeding station consisting of a bowl feeder, linear track and support stand that can be positioned directly on your production line.

A stand-mounted bowl feeder with a coated bowl that orients cylindrical metal bushings and sleeves in the correct direction and feeds them to the machine.

A stainless steel hopper that takes bulk parts from a large reservoir and transfers them to the bowl feeder in a controlled way with a step elevator.

Twin screw feeding bowls with coated bowls and chrome bases, working together to feed two separate points on the same line.

A feeding station that orients bolts and transfers them to an automatic screwdriving system, equipped with sensor-based level control and digital speed control units.

Hopper and linear feeding systems with safety guards that continuously supply large-volume parts to robotic production cells.

A feeding line made up of two large bowl feeders and a multi-channel linear track, with pneumatic orientation and four separate speed control units.

A complete feeding unit, designed in 3D for the specific part, combining a hopper, bowl feeder, linear track and pneumatic escapement in one frame.

A compact stainless steel hopper placed next to the vibratory bowl that transfers parts to the bowl by vibration in controlled quantities.

A bowl feeder with an internally coated bowl and chrome base that orients delicate parts quietly and without damage.

A compact feeding system mounted directly on the production machine, consisting of a bowl feeder, linear track and control units.

A sound-insulated enclosure that fully surrounds the vibratory bowl, with a viewing window in the lid for monitoring the bowl without opening it.

A sound-insulated feeding enclosure integrated into the production line, with a hopper inlet on top for loading parts without opening the enclosure.

Wall-mounted VIBSTAR vibration coil controller with phase-angle control, 4 A or 15 A load current options and selectable 50/100 Hz vibration frequency.

REO REOVIB MFS series digital control units used in vibratory feeding systems: MFS 158 and MFS 368 models.

SDVC31 series frequency-controlled vibratory feeder controller with digitally adjustable vibration frequency and intensity, plus sensor and speed control inputs.