APPLICATION 08 / Custom industrial

Custom industrial resonance vibrators.
Bring the process. We tune the response.

Custom stationary and immersible resonance solutions for industrial processes beyond standard vibration categories.

Application concept · technical illustration
FrequencyUp to 800 Hz
ForceUp to 25,000 N
DrivePneumatic
RangeStationary / Immersible / Custom
VISUAL USE CASE / SPECIAL VESSEL

Engineer around the process.

RVS couples to the vessel or supporting structure at a purpose-engineered transfer point when standard arrangements do not fit.

Problem
Unusual geometry, restricted access or a new process objective
RVS role
Provide a stationary, immersion or custom energy path
Target
Validated process movement, cleaning, mixing or activation
View application drawing

The process defines the solution—not the product catalogue

Some applications do not fit a standard label. They may combine unusual materials, limited mounting space, humidity, washdown, full submersion or a process objective that conventional vibrators cannot address. RESONATOR starts with the real operating condition and engineers a durable vibration solution around it.

Typical process challenges

Every installation begins with the actual material, equipment and measurable production problem—not a generic vibrator selection.

01

Non-standard geometry

The useful excitation point may be difficult to reach or structurally complex.

02

Harsh environments

Humidity, water, submersion, dust, temperature and cleaning can limit conventional equipment.

03

Unproven process

New applications need a controlled trial and measurable acceptance criteria before scale-up.

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.

  1. 01

    Define success

    Translate the process problem into measurable targets, limits and acceptance criteria.

  2. 02

    Map constraints

    Review material, geometry, environment, access, mounting, air supply and operating sequence.

  3. 03

    Build the test

    Select a stationary, immersible or custom configuration for a controlled process trial.

  4. 04

    Engineer the final system

    Use measured response to define mounting, controls, operating window and validation plan.

Potential process outcomes

These are engineering objectives, not automatic guarantees. Performance depends on the material, structure, operating point and validation method.

01

Purpose-built performance

The configuration follows the process rather than forcing a standard vibrator into the wrong role.

02

Durable operation

Pneumatic construction supports demanding conditions without lubrication or routine internal wear-part replacement.

03

Clear validation

Results are assessed against agreed process measures before wider implementation.

System fit

Choose the energy-transfer route that fits the process environment and access point.

01

Stationary

Compact external excitation for machines, vessels, structures and production equipment.

02

Immersible

Designed for suitable humid, wet and fully submerged applications.

03

Custom

New layouts, mounting concepts, controls and system combinations engineered for the process.

START WITH THE PROCESS

What we need to evaluate your application

Send the process description, material, equipment drawings, photos, environmental conditions, mounting limits, air supply, current method and the measurable result you need.

Start technical review