HORIBA in the news

Horiba expects the Indian semiconductor market to grow as local chip manufacturing plants become operational, prompting the company to expand its presence.

HORIBA is accelerating the development of an automated and autonomous experimental system to streamline research and development of fuel cell catalyst materials.

HORIBA is fully launching its vehicle thermal management system evaluation equipment, which simulates diverse conditions to test EV and hybrid vehicle systems, aiming to reduce development costs and time.

HORIBA India hosted its first Innovation Connect event, showcasing 15 startups developing advanced technologies and offering them collaboration and investment opportunities.

HORIBA India unveiled Innovation Connect, a platform where 15 startups presented advanced technologies and competed for awards, with potential for future collaborations, investments, and R&D with HORIBA.

HORIBA is exhibiting automation systems for automated and autonomous experimentation at the JASIS 2026 analytical and scientific instruments exhibition.

HORIBA developed an automated experimental system for fuel cell catalyst development, delivering it to the University of Yamanashi to enhance research efficiency.

HORIBA developed an automated experimental system for fuel cell catalyst research and delivered it to Yamanashi University.

HORIBA developed an automated and autonomous experimental system for fuel cell catalysts, set to debut at JASIS 2026.

HORIBA is fully developing an automated and autonomous experimental system to accelerate fuel cell catalyst material R&D, delivered to Yamanashi University's research center.

HORIBA STEC commenced operations at its new Kyoto Fukuchiyama Plant, investing approximately 17 billion yen to triple mass flow controller production and double chemical solution monitor output using advanced automation.

HORIBA is accelerating the development of an automated and autonomous experimental system for efficient fuel cell catalyst material research and development.

HORIBA is expanding its offering of an autonomous experimental system designed to automate the evaluation and condition discovery of fuel cell catalyst materials.

The document provides the enterprise value to EBITDA forward for Horiba, Ltd. (TSE:6856), with data copyright by the American Bankers Association and CUSIP from FactSet.

Horiba and UCL expanded their advanced propulsion research partnership with the appointment of Professor Thomas S Miller as the Horiba Chair, focusing on decarbonizing transportation through battery and fuel cell electric vehicles.

UCL appointed Professor Thomas S. Miller as the HORIBA Chair of Advanced Propulsion Technologies, a role funded by HORIBA to advance clean transport decarbonization research.

Horiba updated its mid-to-long term management plan, reorganizing business into three fields and focusing on capital efficiency.

HORIBA is releasing the "FA-100" acetylene control system, which integrates real-time measurement and supply control for atmospheric smart carburizing, significantly reducing CO2 emissions in metal heat treatment processes.

HORIBA Advanced Technology released a new chemical solution concentration monitor with a 60% smaller cell unit.

HORIBA launched standardized fuel cell and electrolyzer test stations in China to boost hydrogen technology development.