News
DISB Spectrometer Electronics with Fast Timing for Instrument Integrators
2018-06-28
In this post, you can read about our compact DISB electronics specifically developed with OEM instrument makers in mind. If you have any questions about our spectrometer electronics, you are always welcome to contact us to learn more and maybe arrange a free demo. DISB spectrometer electronics DISB (Digital Image Sensor Board) is Ibsen's own developed OEM spectrometer electronics. It comes with an SPI interface, which makes it ideal for fast and easy integration into your instrument. It offers fast readout – up to 600 Hz for 2048 pixels – and accurate timing control in 200 nanosecond steps with only 10 nanosecond
Precision Control Over Your Spectrometer
2018-06-12
- a Necessity for Your LIBS Instrument Laser Induced Breakdown Spectroscopy (LIBS) is an extremely versatile spectroscopic technique that can be used to analyze the atomic composition of virtually any material. In a LIBS system, a short laser pulse is used to ablate material from the surface of a sample. The laser pulse energy will be high enough to create bright plasma on the surface of the sample. When choosing a spectrometer for your LIBS application there are various parameters that are important, depending on your requirements. Ibsen believes that the 3 following features are among some of the most important
A new compact EAGLE for Spectral Domain OCT
2018-04-24
Ibsen is introducing a new spectrometer platform specifically targeted Optical Coherence Tomography. From this platform, Ibsen has just launched an 840 nm highly efficient new EAGLE OCT-S spectrometer with best in class optical throughput and compact size for Spectral Domain OCT. https://ibsen.com/products/oem-spectrometers/eagle/ comprises high resolution, compact, and robust spectrometers, suited for OEM integration into medical and industrial-grade instruments for applications like Raman and SD-OCT. The new EAGLE OCT-S EOS-121 spectrometer is very compact due to the use of Ibsen Photonics’ in-house produced wide bandwidth transmission gratings. These unique gratings furthermore enable us to offer higher efficiency than any competing technology. The wavelength range
Ibsen Photonics expands its Transmission grating line
2018-04-03
Ibsen Photonics has added nine new Pulse Compression Gratings to our stock available line-up of 100% fused silica transmission gratings for high-power femtosecond laser pulse compression. These gratings cover a broad range of wavelengths from 675 nm to 1030 nm, grouped in the following grating types: Just like all Ibsen's gratings, this new 100 % fused silica transmission gratings provide the highest energy/power damage, including UV, high diffraction efficiency, low wavefront distortion, low stray light, and environmental and thermal stability. 120 mm long PCGs As femtosecond laser systems advance to ever-increasing energy levels demands to the energy/power handling
Don’t Waste Photons in Your Raman System!
2017-11-21
In this post, we are focusing on your Raman system, by looking further into Raman spectroscopy, which is a molecular spectroscopic technique providing information about molecular vibrations that can be used for sample identification and quantitation. Raman spectroscopy has some very unique advantages and is used in many different fields where a non-destructive, microscopic, chemical analysis and imaging is required. This is especially ideal for the pharmaceutical industry where this technique is used for incoming raw material inspection as well as for final quality inspection of tablets. You can find more information about Raman and the different products Ibsen