Ibsen Photonics

Our compact diode-array spectrometers are very well suited as spectral sensors in UV-detectors for chromatography/HPLC and general purpose UV-VIS spectrophotometers due to the following benefits:

• full spectrum in one measurement
• compact size
• fast spectral acquisition
• robust design enabling stable operation
• low unit-to-unit variation enabling transferability

We offer spectrometers for various sub-ranges in the 190 nm to 1100 nm UV-VIS-NIR wavelength range as well as spectrometers for near infrared absorbance spectroscopy.

Ibsen is your reliable, stable supplier of highest quality phase masks with over 25 years of product and market experience. Phase masks are the production tool used to write gratings in fibers and waveguides. Ibsen phase masks incorporate unbeatable, interferometric (holographic) patterning technology into a production-friendly phase mask.

Our fused silica transmission gratings are the ideal choice for high power lasers, telecom devices and compact spectrometers. With more than 50,000 gratings shipped every year, we are one of the major suppliers of transmission gratings.

The PING telecom gratings offer very low polarization dependency and >90% diffraction efficiency due to our unique grating design.

For laser pulse compression or spectral beam combining, our pulse compression gratings support a very high damage threshold and.

Our spectrometer gratings enable compact, highly sensitive spectrometers due to the high dispersion and high diffraction efficiency of the gratings.

We offer a number of OEM spectrometers that are well suited for fluorescence spectroscopy. The ultra-compact PEBBLE VIS and the high-resoution FREEDOM spectrometers are recommended for portable and handheld applications and our high throughput ROCK spectrometers for applications requiring high sensitivity.

Our transmission grating based spectrometers are ideally suited for fluorescence spectroscopy due to the following benefits:

• full spectrum in one measurement
• compact size
• fast spectral acquisition
• robust design enabling stable operation
• low unit-to-unit variation enabling transferability

Our transmission grating based FREEDOM HR/C spectrometers are ideally suited for LIBS due to the following benefits:

• broadband and high throughput
• accurate and configurable timing control
• fast read-out

Our EAGLE OCT-S is a robust, athermal, compact, and high throughput spectrometer especially well-suited for spectral domain OCT. The key benefits are:

• high optical throughput
• compact size
• robust and athermal design
• customizable for multiple wavelength ranges (and cameras)
• OEM integration-friendly design

Polarization independent (PING) telecom gratings from Ibsen are produced by holographic stepper technology in 100% dielectric materials. This leads to unbeatable thermal and environmental stability, with no polymers, epoxies, gelatins, or metals in the optical path nor in the grating whatsoever. Advanced etching technology ensures the highest diffraction efficiency and lowest PDL over a very broad bandwidth. Low angular sensitivity is an added bonus for module design and assembly.

Ibsen Photonics’ I-MON Interrogation Monitors set new standards for fast, real-time spectrum monitoring of FBG sensor systems. Through a unique combination of very fast measurement frequency, low power consumption and compact size, they are ideally suited for a broad range of applications. The I-MONs offer straightforward integration and meet industrial qualification standards.

As femtosecond laser systems advance to ever-increasing energy levels, demands on the energy/power handling capabilities of pulse compression gratings increase. Ibsen manufactures 100% fused silica pulse compression gratings that offer unbeatable energy/power handling capacity, combined with high-efficiency, low wavefront distortion performance. Features and benefits:

• highest energy/power damage threshold, also in the UV
• environmentally and thermally stable
• high diffraction efficiency
• available for 1030–1064 nm and 800 nm – or custom wavelengths
• low wavefront distortion
• low stray light

Ibsen has a number of OEM spectrometer platforms available, that are well suited for integration into your Raman system. For handheld and portable Raman systems we offer the FREEDOM HR/C platform, and for more demanding bench-top instruments we offer the EAGLE Raman-S flagship product.

As femtosecond laser systems advance to ever-increasing energy levels, demands on the energy/power handling capabilities of pulse compression gratings increase. Ibsen manufactures 100% fused silica pulse compression gratings that offer unbeatable energy/power handling capacity, combined with high-efficiency, low wavefront distortion performance. Features and benefits:

• highest energy/power damage threshold, also in the UV
• environmentally and thermally stable
• high diffraction efficiency
• available for 1030–1064 nm and 800 nm – or custom wavelengths
• low wavefront distortion
• low stray light

Ibsen offers a wide range of robust, athermal, industrial-grade OEM spectrometers that can be tailored to your exact needs. We are dedicated to become your preferred OEM partner for spectroscopic modules by offering the following benefits:

• high sensitivity/optical throughput due to our in-house produced fused silica transmission gratings
• proven, environmentally robust, and thermally stable opto-mechanical benches with low unit-to-unit variation
• volume manufacturing with high quality, consistent performance and flexible delivery
• a dedicated OEM support team to assist you throughout your project development and manufacturing phases
• senior level optical and mechanical design experience

Ibsen offers a wide range of robust, athermal, industrial-grade OEM spectrometers that can be tailored to your exact needs. We are dedicated to become your preferred OEM partner for spectroscopic modules by offering the following benefits:

• high sensitivity/optical throughput due to our in-house produced fused silica transmission gratings
• proven, environmentally robust, and thermally stable opto-mechanical benches with low unit-to-unit variation
• volume manufacturing with high quality, consistent performance and flexible delivery
• a dedicated OEM support team to assist you throughout your project development and manufacturing phases
• senior level optical and mechanical design experience

Ibsen offers a wide range of robust, athermal, industrial-grade OEM spectrometers that can be tailored to your exact needs. We are dedicated to become your preferred OEM partner for spectroscopic modules by offering the following benefits:

• high sensitivity/optical throughput due to our in-house produced fused silica transmission gratings
• proven, environmentally robust, and thermally stable opto-mechanical benches with low unit-to-unit variation
• volume manufacturing with high quality, consistent performance and flexible delivery
• a dedicated OEM support team to assist you throughout your project development and manufacturing phases
• senior level optical and mechanical design experience

Polarization independent (PING) telecom gratings from Ibsen are produced by holographic stepper technology in 100% dielectric materials. This leads to unbeatable thermal and environmental stability, with no polymers, epoxies, gelatins, or metals in the optical path nor in the grating whatsoever. Advanced etching technology ensures the highest diffraction efficiency and lowest PDL over a very broad bandwidth. Low angular sensitivity is an added bonus for module design and assembly.

Our fused silica transmission gratings are the ideal choice for high power lasers, telecom devices and compact spectrometers. With more than 50,000 gratings shipped every year we are one of the major suppliers of transmission gratings.

The PING telecom gratings offer very low polarization dependency and >90% diffraction efficiency due to our unique grating design.

For laser pulse compression or spectral beam combining our pulse compression gratings support a very high damage threshold.

Our spectrometer gratings enable compact, highly sensitive spectrometers due to the high dispersion and high diffraction efficiency of the gratings.