Year: 2026

There are various approaches to non-destructive testing (NDT). At Mountain Photonics, we frequently support such testing with photonic solutions, (more…)

PHOTEK’s image intensifiers are based on vacuum tubes and are used to amplify incident light by four to six orders of magnitude. This enables applications in which individual photons must be detected — applications that require particularly high frame rates,
occur outside the visible spectrum, and are made visible to detectors by the intensifiers. (more…)

From October 6 to 8, we’ll be at Vision in Stuttgart alongside our partners in the imaging sector, and we look forward to welcoming you to our booth. What can you expect to see there? (more…)

There are two options for examining a work of art without touching or damaging it: analysis using hyperspectral imaging (HSI) in the visible spectrum, or the use of a Raman spectrometer with a mapping function (RSI). (more…)

Using Lightnovo’s RG Raman spectrometer and a stand-off probe, chemical analyses can be performed noncontact over long distances.
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At Äpre Instruments, the focus is on the S50 Fizeau interferometer and the spectrally controlled light source SCI, which we will demonstrate right here on site. (more…)

In September, leading companies and specialized niche market leaders will gather in Jena to present new solutions in the fields of photonics, optics, electronics, and mechanics. (more…)

When terms such as “crystal structures,” “phase transitions,” and “Raman spectroscopy” come up, terahertz (THz) Raman spectroscopy could be an interesting option. (more…)

Raman for everyone. Our partner Lightnovo is committed to this vision—and with its current promotion, it’s proving that it’s serious about making it as easy as possible for users to get started with Raman spectroscopy. (more…)

In quantum computers, individual atoms are trapped using laser traps and cooled to temperatures near absolute zero. The excitation of these atoms (which function as qubits) and the reading out of information are also performed using lasers. The stability requirements for these lasers are incredibly high. (more…)

Characterizing active pharmaceutical ingredients requires the simultaneous measurement of chemical, structural, and mechanical properties. Today, we would like to introduce a new spectroscopic method that allows these three properties to be determined in parallel.
A new paper from specto Photonics presents a method for measuring the vibrational spectrum from 0.1 to 3,500 cm⁻¹. (more…)

Whether in environmental monitoring, medicine, industry, or research and development, mid-infrared (MIR; 2.5–25 µm = 4,000 to 400 cm⁻¹) lasers enable highly sensitive measurements. In this MIR range, molecules possess their characteristic “molecular fingerprint” and can thus be uniquely identified. (more…)

The SWIR cameras from New Imaging Technologies (NIT) stand for top performance in speed, resolution, and ease of integration.
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Alba is the first fully integrated Brillouin spectrometer based on on-chip silicon technology. (more…)

G2V has recently introduced a successor version of the Sunbrick LED solar simulator with an illumination area of 10 × 10 cm and an A+A+A+ classification.

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Just how much protein and fat is actually in our milk? If you’re wondering how to quickly and accurately determine the composition of milk, feel free to stop by our booth at analytica.

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We are pleased to introduce the latest AxisPro APFE-CE from Micro Support at analytica and to demonstrate the features of the AxisPro and its tools during the event.

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Hands-on Raman spectroscopy: Have you always wanted to know how Raman spectroscopy works—or how your own sample behaves? Then visit us at analytica in Hall A2 at Booth 305. (more…)

Brillouin spectroscopy and the microscopy associated with it is an innovative imaging method that opens up new perspectives on materials in the field of non-destructive analysis, particularly in cell biology. (more…)

If you want to determine the chemical and mechanical properties of a sample, a combination of Raman and Brillouin spectroscopy is ideal. Both techniques use the interaction of light with matter to obtain chemical and mechanical information about a sample. (more…)