BALANCING SYSTEMS / MODULAR ENGINEERING
Choose a complete machine, assemble a modular kit, or develop an automated balancing line. Frame length, support count, suspension technology, sensors, measurement electronics and software become one controlled configuration.
TWO ENTRY ROUTES / ONE PROJECT RECORD
Both routes preserve the same engineering logic: the rotor defines the machine, and every selected module must remain compatible with the measurement architecture.
Receive compatible supports, drive modules, measurement electronics, sensors, software, drawings and assembly documentation. Manufacture or source the frame locally, then commission the system through a controlled project.
Open the modular-kit builder 02 / COMPLETE SYSTEMSelect the application, rotor envelope, bed length, two to four supports, drive, guarding, sensors, software and commissioning scope — from a workshop machine to an automated line.
Explore machines and optionsMEASUREMENT ARCHITECTURE
Do not select supports and sensors independently. The final architecture depends on rotor behaviour, operating speed, correction method, production rate and required evidence.
The rotor is measured below the relevant support resonance. Rigid pedestals transfer reaction forces into the measuring chain and suit repeatable industrial workflows after engineering validation.
The rotor is measured above the suspension resonance. Low-stiffness supports allow measurable motion, captured by vibration sensors for versatile balancing across different rotor families.
The classification above is a configuration guide, not a final design decision. Resonance separation, structural dynamics, sensor range and safety are confirmed during engineering review.
MODULAR SYSTEM BUILDER / ENGINEERING PREVIEW
The builder produces a preliminary architecture and project specification. Price, accuracy, delivery and compliance are confirmed only after the rotor data and operating conditions are reviewed.
Continue in the interactive 3D configuratorCOMPLETE MACHINES / CONFIGURABLE FAMILIES
The catalog is organized by application rather than a fixed price list. Every machine can be extended with support count, bed length, tooling, guarding, measurement and automation options.
Compact soft-bearing system for turbocharger assemblies, small armatures and high-speed light rotors.
A flexible route for motor rotors, impellers, fans, rollers, crankshafts and general rotating assemblies.
Extended bed, adaptable support count and end-drive configuration for industrial and automotive drive shafts.
For disc-shaped parts such as flywheels, brake discs, pulleys, clutch assemblies and pump wheels.
An engineered system for large motor rotors, rollers, turbines, fans and other high-mass rotating equipment.
Measurement, orientation, drilling or milling correction, handling, safety and production-data integration in one cell.
Model names and numeric performance are confirmed in the commercial specification. The families above are selection routes, not guaranteed offers.
MODULAR HARDWARE / BUILD LIKE A SYSTEM
Select modules as a compatible assembly, not isolated parts. Interfaces, ranges, wiring, software licenses, drawings and calibration records travel with the project.
Complete, sectional or locally fabricated from controlled drawings.
Pendulum suspension modules matched to rotor mass and speed.
Rigid pedestals with a force-measurement path.
Belt, end drive, universal joint or self-driven arrangement.
Vibration or force sensors plus phase and speed reference.
Signal acquisition, conditioning, synchronization and protected interfaces.
Guided measurement, correction, reporting and project records.
Guarding, interlocks, correction tools, robots and line interfaces.
FROM CONFIGURATION TO OPERATING ASSET
A complete project can include engineering, manufacturing, FAT, calibration, delivery, commissioning, training and a digital product passport with current documents and service context.
ENGINEERING QUESTIONS
The preliminary scope can include supports, drive modules, sensors, phase reference, measurement electronics, software, electrical interfaces, drawings, assembly instructions and commissioning support. The exact list follows the selected architecture.
Yes. The selected count changes the bed layout, tooling and measurement plan. Four-support layouts are especially relevant for long shaft assemblies, but the final arrangement is checked against the rotor and correction process.
Use the configurator as a starting point. Engineering confirms resonance separation, rotor range, operating speed, changeover needs, sensor range and foundation conditions before approving the architecture.
Yes. Projects may add handling, identification, guarding, automatic orientation, correction by drilling or milling, verification, rejection routing, reporting and integration with the production environment.
ONE CONFIGURATION / GLOBAL DELIVERY ROUTE
CLIENT WORKSPACE / CONNECTED PROJECTS
Create one client account for requests, quotations, project rooms, released documents, production gates and delivery status.
