Direct integration of rolling bearing data into your engineering system using a standardized data model

Reduction in manual data integration effort due to integration via an interface

Enabling detailed engineering calculations such as the adjusted rating life calculation in accordance with DIN ISO 26218, friction, and thermal output, etc.

Monitoring of inventory and preparation of subsequent processes such as mounting and part assembly using unique serial numbers

Measurement protocols and logistical information from Outbound Logistics for tracking rolling bearing products

Linking of individual bearing product serial numbers with transport carriers down to individual product packaging

Direct integration into your CM system through standardized access to our extensive rolling bearing portfolio

Improvement in prediction accuracy due to current bearing geometry data

Easier teaching of CM sensors due to direct integration of bearing data into the analysis logic

Reliable design of complex mechanical systems due to current bearing geometry data

Calculation of a more precise bearing life in accordance with DIN ISO 26281 beyond the scope of approximation

Reduced effort for data synchronization due to always up-to-date data from the supplier

Comprehensive and current overview of rolling bearings, their performance parameters, and geometries

Simple integration and search facility thanks to application-oriented retrieval options such as EAN and manufacturer number

Easier expansion of purchasing platforms

Easier part assembly with optimally prepared adjacent parts due to the timely provision of geometry data

Reduced documentation requirement due to the automatic transfer of serial numbers and measurement data

Traceability through digital linking based on serial numbers of individual parts in complex systems