Fourier Transform Spectrometer
TRICLOPS Spectrometer is a compact and rapid scan VIS-NIR-SWIR-MIR spectrometer.
With its unique and patented technology based on time-domain Fourier Transform detection, it can monitor the emission spectrum of light sources with extreme precision and measure absorption, transmission or reflectance spectra.
- Broadband Spectral Coverage
- Light input in free space or fiber coupled
- Plug & Play software
GEMINI common-path
Interferometer
Spectral range
Spectral resolution
Acquisition rate
Fiber coupled/Collimated
Light Input (switchable via software)
Look at more specifications
| TECHNICAL SPECIFICATIONS | ||
|---|---|---|
| Wavelength range | 400 - 4500 nm | |
| Spectra collection rate | 0.5 - 2 Hz | |
| Spectral resolution | 10 cm⁻¹ | |
| Light input method | Fiber-coupled or Collimated* | |
| Fiber coupled input | Fiber core Ø ≤ 1 mm up to NA = 0.33 (f/1.5) | |
| Collimated input | 10 mm Ø aperture | |
| Photodetectors | Si, InGaAs, TE-cooled PbSe | |
| Interface | USB-C 2.0 | |
| Dimensions | 180 × 160 × 85 mm | |
| Weight | 2 kg | |
| Software | Windows 10/11 OS GUI | |
* Switchable via software.
TRICLOPS Spectrometer
Spectral resolution
TRICLOPS Spectrometer is suitable for numerous applications, including light source emission monitoring, materials characterization, and optical coating measurement.
Its compact and lightweight design, coupled with a USB-C connection, enhances portability and convenience, making it an ideal tool for a wide range of scientific and industrial applications.
Transmission measurement examples
The Fourier Transform technology of the TRICLOPS Spectrometer enables high wavelength accuracy and reproducibility over the full spectral range.
TRICLOPS Main applications
- Dairy products characterization
- Textile fabrics classification
- Barrier films detection
- Olive oil adulteration
Detection of barrier films (EVOH) in laminated plastic In the plastics industry, TRICLOPS can be used for quality control, to characterize plastic films in real
Award-winning design: Red Dot winner 2025
Where technical precision meets industrial excellence
The TRICLOPS ultra-broadband spectrometer has been honored with the prestigious Red Dot Award: Product Design 2025. This recognition highlights our commitment to bridging the gap between high-end scientific performance and intuitive, user-centric design.
The Red Dot jury praised TRICLOPS for its ability to combine technical precision with a striking, balanced aesthetic optimized for high-performance spectrometry. Designed by our designer Carlotta Antonietti in collaboration with the NIREOS engineering team, the device features a slim, approachable housing that improves laboratory handling while facilitating heat dissipation.
“Triclops combines technical precision with user-friendly operation and a striking yet balanced design optimised for high-performance spectrometry.”
Statement by the Red Dot Jury
Why design matters in spectroscopy
Beyond its internal innovation, utilizing three sensors to cover a 400-4500 nm range, the TRICLOPS was built to transform the user experience.
- Intuitive operation: Laser-engraved contours and clear LED status indicators simplify complex measurements.
- Form follows function: The sleek profile isn’t just for show; it enhances positioning in crowded lab setups and supports thermal management for the internal 24-bit ADC electronics.
Winning this award reinforces NIREOS’ position as a leader in the next generation of photonics, where advanced measurement technology is made accessible through superior design.
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