• High-precision rotation and low out-of-roundness rotation.
• Improved repeatability in preload and torque.
• High stiffness based on design selection.
• Reduced geometric and dimensional dispersions.
• Controlled thermal impact on friction torque.
• Reduced rejects and overall cost.

• Simplification and reduction in the number of components.
• Reduced dimensions and weight of the system.
• Adjusted and applied hard preload.
• Simplified assembly with cartridge-type bearing.
• Improved repeatability and reliability.

With over 90 years of experience, ADR has developed integrated bearing solutions that ensure repeatability and control of system performance. These bearings simplify assembly and reduce geometric dispersions by minimizing interfaces.

Integration around the bearing enhances rotation precision and friction torque. ADR offers integrated bearings with flanges to reduce interfaces, dimensions, and weight, improving thermal behavior and friction torque stability. Performance gains can reach up to 30% compared to standard bearings.

ADR uses a specialized analysis and experimentation methodology to validate bearing designs, ensuring high predictive reliability. Close collaboration with clients ensures customized solutions to meet technical objectives.

• Controlled preload pair of bearings with super duplex design for enhanced performance and precision.
• Integration of a flange for easy mounting, time-saving, and enhanced system rigidity.
• Solid preloading with all characteristics calculated and measured by ADR.
• Design and manufacture of complex integrated systems for compact and reliable performance.