Surging feed
Material releases in pulses instead of maintaining the required production rate.
APPLICATION 05 / Conveyors + feeders
Industrial vibrators for conveyors and feeders.
Industrial vibrators for conveyors and feeders.
Stable feed. Continuous movement.
Pneumatic resonance excitation can support material movement at conveyor transfer points, chutes and feeders. RVS is an excitation device integrated with the existing equipment, not a complete resonant vibrating conveyor. Engineering assessment checks structural response, attachment and whether the process needs continuous or intermittent excitation.
FrequencyUp to 800 Hz
ForceUp to 25,000 N
DrivePneumatic
RangeStationary / Immersible / Custom
VISUAL USE CASE / ENCLOSED TRANSFER
Keep the feed continuous.
RVS acts through the feeder or pipe wall close to the location where powder or granular material slows and adheres.
- Problem
- Accumulation, unstable feed and restricted transfer points
- RVS role
- Support forward movement through the equipment structure
- Target
- Stable material movement and cleaner transfer
Turn interrupted movement into a controlled process
Conveyors and feeders depend on predictable material behavior. Adhesion, compaction, moisture and particle variation can create surging, dead zones or complete stoppage. RESONATOR can introduce targeted high-frequency vibration at the point where flow loses stability.
Typical process challenges
Every installation begins with the actual material, equipment and measurable production problem—not a generic vibrator selection.
Dead zones
Geometry and surface conditions allow product to collect away from the active flow path.
Transfer blockage
Transitions between equipment become bottlenecks for sticky, fine or irregular material.
ENGINEERING METHOD
How RESONATOR responds
Frequency, force, mounting and timing are treated as one engineered operating system. The final configuration is validated under representative conditions.
- 01
Trace the flow
Identify the precise point where material slows, bridges or changes direction.
- 02
Match the structure
Review conveyor type, feeder geometry, stiffness, isolation and mounting constraints.
- 03
Apply targeted energy
Tune frequency and force to improve movement without destabilizing dosing or equipment.
- 04
Verify throughput
Compare feed-rate stability, stoppages and material retention before and after tuning.
Potential process outcomes
These are engineering objectives, not automatic guarantees. Performance depends on the material, structure, operating point and validation method.
Steadier feed
Supports a more uniform material stream into downstream processing.
Fewer interruptions
Targeted vibration can reduce recurring manual clearing at problem transfer points.
Compact integration
Pneumatic units can be positioned close to the process without large rotating assemblies.
System fit
Choose the energy-transfer route that fits the process environment and access point.
Stationary
Direct mounting on suitable feeder bodies, trays, chutes and transfer structures.
Immersible
Used selectively where direct internal excitation is compatible with the processed material.
Custom
Multi-point or synchronized layouts for long conveyors, complex transfers and controlled dosing.
START WITH THE PROCESS
Start technical review
What we need to evaluate your application
Send the material, particle range, moisture, conveyor or feeder type, incline, target feed rate, current stoppage location, structure and available air supply.
Related applications
Explore the connected process
Follow the material through your process. These application guides explain the role of excitation at the next stage and what to validate in a pilot.
Questions about this application
Is RVS a complete resonant vibrating conveyor?
RVS is an excitation device, not a complete conveyor. It can be engineered into a feeder, chute or conveyor structure to support material movement. The drive, supports, isolation and material load determine the response of the complete conveying system.
What should a conveyor trial measure?
Record feed rate, accumulation, interruptions and transfer consistency before and after installation. Check that vibration does not create unwanted structural movement or segregation.