Industry Smart Bearings

Industry Solutions

Force Measuring Bearing

We bring advanced sensing to the exact point where force is generated.

Intelligence built into the bearing

Our sensorized bearing is designed to bring real-time data enabling better control, optimization and predictive maintenance.

Five parameters captured at the same time

One integrated unit capturing data directly at the bearing interface

Radial Load

The magnitude and direction of the load are measured directly in the bearing though strain gauges to determine the forces it is subjected to in real time. Key information for validating structural behavior and monitoring the system with greater precision.

Speed & Direction

High-resolution rotational speed measurement for precise monitoring of rotational behavior.

Optional direction detection expands the available data for control and monitoring functions

Position

System position and angular variation measurement for precise motion tracking. Available in absolute and incremental modes to suit different application requirements.

Vibration

Captures mechanical vibration across a wide frequency range to detect imbalance, misalignment and bearing defects. Provides key data for structural and acoustic system monitoring.

Temperature

Direct temperature measurement within the bearing environment, with integrated compensation across the full thermal range. Enables detection of thermal leaks and improved lifetime estimation of the system.

Two integration options. One electronics platform.

Axial Integration

→ Minimal increase in radial space

→ Compact housings and gearbox end covers

→ For wheel hubs and slim shafts

→ Clean axial cable outlet

Radial Integration

→ Optimized for minimal axial space increase

→ Deep housings for heavy-duty applications

→ For systems with limited center distance and axial length

→ Standard axial retention with no design changes

A smarter way to understand what happens inside the bearing

Direct force measurement

By measuring force at the bearing interface itself, the system avoids the uncertainty of indirect sensing methods and delivers high-fidelity structural data.

Synchronized multi-parameter sensing

Load, vibration, temperature, and speed-position are captured within one synchronized system, providing a more complete and consistent view of real operating conditions.

Seamless mechanical integration

Designed as a true drop-in solution, it integrates directly into the bearing while preserving the original mechanical behavior of the system and avoiding redesign work.

Data-driven decisions

High-quality load data helps validate models, detect faults earlier, and support the shift toward smarter, predictive maintenance strategies.

Load Sensor Aplications

Wind Energy

Load monitoring in main shafts and gearboxes. Validates structural models, improves pitch and yaw control, and detects micropitting early.

Rail and Mobility

Per-axle load measurement in service. Detects wheel flats, ovalization, and track-induced defects while providing speed data for anti-slip control.

Industrial Drives

Load sensing in spindles, compressors, paper machines, and mixers. Enables process control, overload detection, and digital twin calibration.

Robotic & Automation

Load sensing in joints and end-effectors. Integrates into bearing-based architectures and detects gear backlash, joint wear, and overload events.

Testing & Validation

Calibrated load measurement for bearing test benches and structural certification. It replaces external load cells while reducing bench complexity.

Heavy Industry

Load sensing for overload, impact, and misalignment detection in harsh environments. IP67-sealed for reliable operation and proactive maintenance.

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