Over the last years, TOPTICA Photonics has evolved to one of the leading laser photonics companies in Europe. Based near Munich, Germany, we develop and manufacture high-end lasers and laser systems for scientific and industrial applications in biophotonics, quantum optics and test & measurement. TOPTICA has its home in the three following technology fields: diode and fiber lasers as well as Terahertz system design. Among our customers are not only high-tech companies in the life sciences, the semiconductor industry or quality assurance but also nearly a dozen Nobel Laureates.
About 180 highly skilled employees transfer today’s research technology into new products for industrial applications. Latest research and customer needs are merging in TOPTICA products in order to meet the requirements for leading-edge solutions. Scientific and OEM customers alike appreciate the sophisticated performance of our systems as well as long lifetime, high reliability and stability. A subsidiary in Rochester, NY, USA and a worldwide distribution network ensure best service and short responsetimes for our international customers.
TOPTICA will introduce their new frequency comb, showcase next-generation fiber lasers, high-power diode lasers at 266 and 633 nm, flexible multi-color laser engines and terahertz sources at the upcoming LASER exhibition in Munich.
TOPTICA expands their portfolio of ultrafast fiber-basedlaser systems.
New offset-free comb technology enables unprecedented passive stability
TOPTICA will showcase their latest innovations in diode and ultrafast fiber lasers at the upcoming Photonics West 2015 exhibition in San Francisco from February 7th-12th. TOPTICA’s products support applications in three major sectors: biophotonics & life sciences, quantum optics & spectroscopy and test & measurement.
Intelligent features and touch control New conveniences for working with frequencyconverted diode lasers!
TOPTICA’s latest DLC SHG pro systems offer the lowest noise levels, narrowest linewidths and a simpler way to manage laser operation.Thanks to new, automated functions these systems revolutionize the daily work with frequency converted lasers.