- In January 2025, SKF Group, announced the expansion of its dental bearing product line, introducing new high-speed bearings optimized for dental handpieces. These bearings feature improved durability and reduced noise levels, supporting enhanced performance in dental procedures. SKF’s new range is designed to meet the growing demand for more efficient, quieter, and longer-lasting dental equipment, especially in the fast-paced clinical environment
- In January 2025, Timken Company announced the launch of a new series of high-performance bearings specifically designed for dental handpieces. These bearings feature innovative materials that minimize heat generation and wear, extending the life of dental equipment. The new products are expected to help dental professionals provide smoother and more reliable treatments while maintaining a higher standard of care
- In October 2024, NSK Ltd. showcased its advanced bearing solutions at the annual dental conference, unveiling the new series of precision dental handpiece bearings. The latest bearings feature enhanced load capacity and smoother rotation, designed to improve the overall efficiency and longevity of dental tools. NSK’s innovations aim to help dentists achieve better precision in treatments while reducing the wear and tear on dental equipment
- In September 2024, NTN Corporation presented its latest technological advancements at the International Dental Exhibition, highlighting a new range of high-precision dental bearings designed for faster and quieter operation. The new bearings are built with advanced lubrication systems that extend the service life of dental handpieces and reduce the frequency of maintenance
- In September 2024, FAG Bearings introduced a new line of ceramic dental bearings, providing superior corrosion resistance and enhanced performance in high-speed dental handpieces. These bearings are designed to withstand the harsh conditions of frequent sterilization processes and improve the overall reliability and efficiency of dental equipment. The company also showcased its research into the future of dental bearing materials, focusing on reducing friction and increasing performance in high-demand clinical settings
