TIC Holding Schweiz AG has acquired Vibro-Consult AG for an undisclosed amount. Vibro-Consult AG, a globally recognised expert in high-quality vibration analysis of rotating machinery in power plants, brings over 35 years of specialized experience to the acquiring entity. The company has been a trusted partner for mission-critical vibration diagnostics, serving operators worldwide with precise analysis for gas, steam, and hydro turbines, as well as pumps and generators.
Since 2009, under the leadership of Daniel Iseli, Vibro-Consult AG has continuously expanded its service portfolio, moving from classical vibration analysis to modern diagnostic and monitoring technologies. Its core focus remains on-site measurement and diagnostics, where it reliably, efficiently, and with decades of experience, analyses, assesses, and solves complex vibration issues. Vibro-Consult is particularly regarded as a global leader for generators and turbines, having successfully analysed more than 1,250 machines and equipped over 250 with vibration monitoring systems.
A unique asset of Vibro-Consult AG is its extensive in-house inventory of high-end sensors and measurement equipment, largely self-developed, enabling fast and flexible deployment even on short notice. This proprietary technology, combined with its independent, practical, and solution-driven approach, makes the acquisition a strategic move for TIC Holding Schweiz AG. The integration of Vibro-Consult's deep international experience and state-of-the-art diagnostic capabilities is expected to significantly enhance TIC Holding Schweiz AG's offerings in critical infrastructure services, particularly within the power generation sector.
This acquisition underscores a commitment to strengthening expertise in specialized industrial diagnostics. The combined entity is poised to leverage Vibro-Consult AG's proven track record and advanced technologies to continue delivering essential, high-quality vibration diagnostics and monitoring solutions to power plant operators globally, ensuring the reliability and efficiency of mission-critical machinery.