Turn random bulk parts into repeatable machine-ready presentation.
Vibratory feeders use controlled vibration, tooling, tracks, and escapements to separate, orient, and deliver components to assembly equipment, packaging machines, presses, robots, and other automated processes.
Choose equipment around the production requirement.
Cycle, load, motion, accuracy, environment, maintenance, integration, controls, safety, and recovery should all be considered before equipment is selected.
Performance is more than nameplate speed.
Useful production output depends on uptime, changeover, integration, loading, fault recovery, maintenance access, and how equipment interacts with the rest of the line.
CRIT-APart Behavior
Parts with hooks, flexible features, oily surfaces, delicate finishes, or similar orientations may require specialized tooling or another feeding method.
CRIT-BOrientation Tooling
The bowl and track use geometry to reject incorrect orientations and allow only correctly presented parts to continue toward the process.
CRIT-CRate & Buffer
The feeder should supply parts faster than average machine demand while providing enough downstream buffer to absorb short interruptions.
CRIT-DJam Recovery
Sensors, low-level detection, access points, clear track design, and defined operator recovery reduce the production impact of jams.
See how equipment fits into the production system.
Each equipment page uses different technical diagrams focused on the specific machine function and its relationship to production flow.
Feed rate.
The bowl converts random bulk orientation into a controlled stream that must stay ahead of downstream cycle demand.
Downstream buffer.
A small accumulation zone can decouple feeder variation from the machine cycle and reduce starvation.
Relevant equipment and automation resources.
External references are selected from the approved TempoJS link inventory and matched directly to each equipment category.
A feeder is successful when the downstream process does not wait for a usable part. Orientation tooling, feed rate, buffering, sensing, refill strategy, and jam recovery determine real feeder performance.