Ocean Optics/ Ocean Insight

For advanced measurements, a 15,000 spectra buffer ensures data integrity at high collection rates and an advanced optical design and thermoelectric cooler combine to provide thermal stability over long-term measurements.

Whether for high speed or wide concentration range measurements, the QE Pro brings exceptional performance to your lab or process application.

NanoQuest is based on Fourier transform infrared (FT-IR) technology, which is often favored in laboratory spectrometers because it collects spectral data over a wide range. The sensor’s patented micro-electro-mechanical systems (MEMS) technology allows for a continuous-wave Michelson interferometer to be created monolithically on a MEMS chip. This enables detection of all wavelengths simultaneously, and mitigates the effects of motion on sensor stability.

HR4Pro spectrometers are compact, high-resolution spectrometers distinguished by low stray light performance and great thermal stability for applications in lab, field and process environments. With a robust optical bench design and optimized components, the HR4Pro provides up to 10x improvement in thermal stability compared with similar small-bench spectrometers.

Patch cords are silica-core and silica-clad fibers optimized for the UV-Vis (300-1100 nm) or Vis-NIR (400-2100 nm) wavelength ranges. Solarization-resistant fibers are available for UV applications.

The NEOFOX-KIT-PROBE streamlines the configuration of your in-situ oxygen monitoring system, providing everything you need to start making accurate and high resolution oxygen measurements.

Probe kits are great for applications involving biological samples such as tissue and organic food matter, foods and beverages, and liquids in natural environments.

The DH-2000-BAL uses innovative filtering technology to produces a smooth spectrum across entire UV-NIR range. This technology also eliminates the alpha deuterium line in the visible region.

Using a combination of deuterium and halogen lamps, the DH-2000 is ideal for measuring a sample that has multiple features in different spectral regions or for analyzing a variety of different samples in your lab.

Lightweight, ultra-compact spectrometers for UV, Visible and NIR applications offer performance comparable to much larger systems.       

Ocean ST is a powerful microspectrometer that provides excellent UV response (~185-650 nm), high-speed spectral acquisition, and high signal to noise ratio performance in an ultra-compact footprint. 

Ocean ST is a powerful Shortwave NIR microspectrometer (~645-1085 nm) that provides rapid spectral acquisition and high signal to noise ratio performance in an ultra-compact footprint. Despite its small size and light weight,

The D8 color inspection system is a robust in-line color matching tool for quality control and precise color consistency. The system is designed for challenging industrial applications, such as consumer electronics manufacturing, and it provides lab-quality measurements directly on the manufacturing line.

Its non-contact, real-time spectrophotometer performs measurements in less than a second, enabling throughputs of over 500,000 samples per day with zero cross-contamination.

Ensure Color Consistency for Your Customers with our LTMS Liquid Transmission System. The LTMS is a spectroscopy-based system for real-time, in-line monitoring of liquids — including pharmaceuticals, industrial dyes, plating baths, and chemical coatings. It’s based on the use of a built-in, flow-cell setup with automatic fluid handling.

The sensor portion of the LTMS is a compact transmission- and absorbance-platform with a rugged, benchtop configuration designed for harsh environments and industries — including consumer electronics manufacturing, food and beverages, and semiconductors.

The WaveGo spectral light meter combined with WaveData, a data analysis App, provides you with everything you need to measure and optimize lighting in your environment, including: building design, wellbeing, horticulture, retail and lighting design.