A legacy of light

Reflecting on 150 years of spectroscopy at ZEISS

From the first spectrometer to the future of photonics​

For over 150 years, ZEISS has been a leader in spectroscopy. As a pioneer in optics, ZEISS revolutionized photonics, from the first light refraction with a prism to today’s advanced connected spectrometers. ZEISS Spectroscopy continues to lead the way in optical measurement technology and we are committed to exceeding expectations in performance, reliability, sustainability and efficiency.

Join us as we explore our legacy and future innovations!

Deutsches Optisches Museum

How it all began

In 1874, renowned scientist Ernst Abbe developed the first prism spectrometer, allowing precise analysis of glass dispersion and refractive index. This was the start of ZEISS’s journey in producing industrial analytical instruments. Abbe’s collaboration with Carl Zeiss drove advancements in optical technology, establishing ZEISS as a leader in precision optical instruments.

From vision to precision

Modern spectrometers rely on optical gratings, which disperse light into wavelengths. ZEISS gratings cover the full wavelength range, ensuring high accuracy and minimal stray light. These innovations result in clear, precise spectral data, essential for numerous high-tech applications.

Holistic solutions made by ZEISS

Today, ZEISS offers comprehensive spectroscopy solutions, including gratings, modules and complete spectrometer systems. Our products are precise, robust, reliable and essential for industries like pharmaceuticals, environmental technology, thin film measurement, agriculture and food production and analysis.

ZEISS Spectroscopy and the future of innovation

ZEISS remains committed to driving the future of spectroscopy. From pioneering the first prism spectrometer to developing connected spectrometry, our innovations continue to shape the optical technology landscape. By building on our history and embracing future possibilities, we will continue to illuminate the way for spectroscopy.