OEM spectrometers for healthcare and life science instrumentation
Industry-leading spectral sensors for next-generation diagnostics
From point-of-care diagnostics to high-throughput DNA sequencing Ibsen Photonics empower medical device manufacturers to drive modern medical breakthroughs. By measuring the unique optical signatures of biological samples, our spectral sensors enable customers to build non-invasive, real-time instruments with unmatched sensitivity. Whether it’s identifying molecular biomarkers in blood or capturing high-resolution retinal images through ophthalmic OCT – we engineer the world’s most efficient OEM spectrometers to convert raw light into unparalleled precision health data.
Bridging the gap from lab to clinic
In the demanding fields of Healthcare and Life Science, instrumentation must balance extreme precision with rugged reliability. Our transmission grating-based spectrometers are engineered to meet these rigorous standards, providing the stability required for:
Why choose Ibsen’s spectrometers for Healthcare and Life Science Instrumentation?
As a dedicated OEM supplier, Ibsen Photonics provides high-performance spectrometer modules designed specifically for seamless instrument integration. We specialize in the precision optomechanical hardware that serves as the “spectral heart” of modern medical devices and diagnostic platforms. With ISO 13485 certification and a proven track record of shipping thousands of units annually, we are the trusted partner for high-volume healthcare applications.
Why leading OEMs partner with Ibsen:
Where is optical spectroscopy used in healthcare and life science?
In-Vitro Diagnostics (IVD): Precision clinical chemistry
In high-throughput laboratory environments, accuracy and uptime are paramount. Ibsen spectrometers enable instrument builders to create automated clinical chemistry and immunoassay analyzers with extreme repeatability. By utilizing UV-VIS Absorption and Raman Spectroscopy, our sensors allow designers to quantify metabolic markers and electrolytes in blood and serum. The high numerical aperture and low-noise floor of our platforms ensure that system integrators can detect minute concentration changes even in high-speed, multi-channel diagnostic systems.
Ophthalmology & OCT: High-speed retinal imaging
Optical Coherence Tomography (OCT) utilizes Near-Infrared (NIR) light to penetrate ocular tissue. Ibsen’s spectral engines empower ophthalmic instrument designers to achieve the sensitivity and high line rates necessary for real-time, 3D cross-sectional imaging of the retina. Our technology enables engineers to visualize delicate structures in the anterior and posterior segments with superior roll-off performance, supporting the early detection of glaucoma and macular degeneration.
PCR, Sequencing & Cytometry: High-sensitivity fluorescence
Molecular diagnostics demand the ability to detect extremely weak optical signals against a dark background. In qPCR, Next-Generation Sequencing (NGS), and Flow Cytometry, our spectrometers enable life science developers to monitor DNA amplification and decode genetic sequences with high fidelity. By maximizing light collection, Ibsen modules allow instrument designers to capture low-level fluorescent emissions across multiple fluorophores in complex assays.
Point-of-Care Testing (POCT): Bedside analysis
The shift toward decentralized healthcare requires rugged, miniaturized sensors. Ibsen’s ultra-compact spectrometers enable medical device designers to build portable blood gas analyzers that do not sacrifice lab-grade performance. Utilizing Visible (VIS) and NIR Absorbance Spectroscopy, our modules allow for the measurement of critical parameters like pH, pCO2, and oxygen saturation (sO2) directly at the patient’s bedside. Our thermally stable construction ensures that your field-deployed instruments remain calibrated in fluctuating clinical environments.
Our Spectrometers for healthcare & life Science
All Ibsen spectrometers are built around our proprietary, in-house manufactured fused-silica transmission gratings, which deliver world-leading diffraction efficiency. Our modules are engineered to be compact, rugged, and athermal, enabling instrument designers to focus on system-level innovation rather than the spectrometer unit.
For developers of absorbance and fluorescence-based instruments in the Visible (VIS) and Near-Infrared (NIR) spectra, we provide a versatile range of platforms tailored to your footprint and performance requirements.
Developing and manufacturing high-efficiency, compact OCT spectrometers for Spectral Domain OCT in high volume is a core area of Ibsen’s expertise. Our platforms empower OCT system builders to achieve superior roll-off performance and image clarity. We offer a diverse range of options with varying spectral bandwidths and high-speed camera interfaces, providing the flexibility you need – whether you require a turn-key optical engine or a deeper integration with custom detector electronics.
For Raman spectroscopy, we offer configurations suited for 532 nm, 785 nm and 830 nm laser excitation, supported by a several cooled detector options to match the requirements of different applications. Our Raman spectrometers are exceptionally sensitive thanks to the use of near‑100% efficiency transmission gratings.
For more information about our spectrometers the various spectrometers for the various spectroscopic techniques please select below.
UV-VIS: UV (190-435 nm) | VIS (360-830 nm) | UV-VIS (190-850 nm)
NIR: NIR (900-2100 nm)
Raman: 532 | 785 | 830
OCT: SD-OCT
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