Less downtime
Targeted excitation can release deposits and support discharge at silos, hoppers and transfer points, reducing blockage-related stops and manual clearing.
Measure: stoppage minutes, interventions per shift, tonnes/hour.
RESONATOR® · INDUSTRIAL RESONANCE
Material stuck?Production slowing down?
Pneumatic resonance for material flow, concrete compaction and industrial processing. We start with your production problem and test the solution on your process.
- High frequency
- Low amplitude
- Compressed-air powered
YOUR NEXT STEP
Find the fit. Check the data.
Not just vibration. A better-running process.
The difference is how we combine high-frequency, low-amplitude pneumatic excitation with ARA™ resonance architecture and application-specific mounting. We select the operating point around your material, equipment and production target—not force alone.
- High frequency + low amplitude: intense excitation with small movement; actual response depends on the structure and load.
- ARA™: mechanical excitation responds to changing resistance. This is not electronic closed-loop process control.
- No lubrication or routine internal wear-part replacement under defined operating conditions. Air supply, mounting and safety checks still require maintenance.
Shorter process cycles
In suitable applications, vibration can accelerate filling, discharge, settling or concrete compaction. Confirm cycle time and product quality together.
Measure: seconds per cycle, accepted output/hour, rejects.
Lower operating costs
Less manual clearing, rework and internal vibrator servicing can reduce costs. Pneumatic drive is not automatically more energy-efficient.
Measure: labour, maintenance, rejects and compressed-air consumption.
~30 s
Cleaning response reported in a CEMEX application
RESONATOR’s 2018 project record reports cleaning within about 30 seconds at a cement-filler silo. This is historical, application-specific experience—not a 30-second cycle saving, independent audit or universal guarantee.
Read the project record ↗Prove the improvement on your process.
Compare the existing method and RESONATOR with the same material, load and quality criteria. Track downtime, cycle time, good output and air consumption. Net benefit = avoided operating costs + contribution from additional saleable output − added operating costs. Assess equipment and installation separately; do not count the same gain twice.
Some individual features also exist in other vibrators. We do not claim universal superiority or a fixed percentage saving; the difference must be demonstrated in a matched industrial trial.
Evaluate your savings ↗What is holding your process back?
Choose your challenge to see where resonance can help.
SILOS + HOPPERS
Blocked silo discharge?
Target: reliable dischargeCONCRETE + PRECAST
Uneven concrete compaction?
Target: filling + deaerationMILLS + POWDERS
Difficult powder processing?
Target: stable processingCONVEYORS + CHUTES
Buildup at transfer points?
Target: continuous transferFOOD + INGREDIENTS
Inconsistent ingredient flow?
Target: consistent handlingWET + IMMERSION
Mixing in a wet process?
Target: mixing + gas releaseSee the equipment. Choose the energy path.
RVS mounts to the structure. RVI works inside the material. RVC is engineered around a specific process.
RVS™
Stationary resonance
External excitation for silos, moulds, tables and transfer equipment.
Explore the system ↗
RVI™
Direct immersion
Pneumatic excitation inside compatible liquids and wet process media.
Explore the system ↗RVC™
Application engineering
A configuration designed around your equipment, material and operating target.
Explore the system ↗Material bridge illustrated at the outlet.
INTERACTIVE PRINCIPLE
From wall excitation to material release.
Switch the illustration to see the intended energy path at a silo outlet.
- Compressed air drives the unit.
- The mounting transfers excitation to the vessel wall.
- The trial measures flow, interruptions and air consumption.
Concept illustration, not a measured simulation. Material response and mounting are validated for each installation.
Discuss a material demonstration ↗
CEMEX · 2018
See it in an industrial setting.
Explore installation photographs, process challenges and observations from the CEMEX project record. Historical experience helps frame the next trial; it does not guarantee the same result in another process.
Explore the CEMEX field experience ↗Test it on your process.
Tell us what gets stuck, slows production or needs better compaction. Together we define a baseline and a measurable target for an industrial pilot.
Compare purchase, service and partnership ↗