3.2um 5W Mid-Infrared Continuous-Wave Power Fiber Laser

The 3200 series delivers 5W of average power at 3.25μm, meeting the demands of most organic material processing, sensing, and defense applications. Its design can be customized to any wavelength between 3.1μm and 3.3μm to suit your specific application. The 3200 series is particularly well-suited for interacting with organic molecules containing C-H bonds, including most polymers and gases such as methane. The combination of high power and excellent beam quality makes it the tool of choice for destructive processing and detection applications.

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2.8um 10W Mid-Infrared Continuous-Wave Power Fiber Laser

The 2800 series features a rugged, all-fiber design and delivers 10 W of average power at the water absorption peak. Its standard emission wavelengths are 2825 nm or 2910 nm, and it can also be customized to any wavelength between 2790 nm and 2940 nm to meet your specific needs. The 2800 series is highly absorbed by water-rich biological tissues, making it ideal for medical and aesthetic applications. With diffraction-limited beam quality, a compact design, and flexible delivery, the beam can be directed precisely where you need it.

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7.42um Low-Power Desktop DFB-QCL Mid-Infrared Quantum Cascade Laser (Desktop Light Source)

7.42um low-power benchtop DFB-QCL mid-infrared quantum cascade laser is a domestically advanced ultra-low-power QCL DFB laser developed by Idealphotonics in the first half of 2018.Our laser collimated output has stable output power and high temperature and wavelength stability, which is several orders of magnitude higher than the stability of traditional high-power quantum cascade lasers. It provides an excellent test light source for our mid-infrared test customers.

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1532nm 3mW Acetylene Calibration Source Laser Absolute Accuracy 2MHz

The Calibration Source is a frequency-stabilized narrow-linewidth calibration source (acetylene). As a laser frequency reference, the LFR-1532 employs an acetylene absorption spectroscopy system to achieve exceptionally precise frequency stability, making it ideal for calibrating our wavelength meters in the infrared wavelength range.

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640–1050 nm Miniature Near‑Infrared Spectrometer

The MP-NIR-640-1050 is a high-performance miniature near-infrared spectrometer designed for spectroscopic analysis in the visible to near-infrared range. It employs a high-sensitivity silicon-based NIR-enhanced detector, offering excellent response across the 640–1050 nm wavelength range. The instrument combines high sensitivity, high stability, and a compact form factor, making it suitable for a wide variety of applications including laboratory research, industrial online inspection, and OEM integration. With its miniaturised design, USB communication interface, and excellent system compatibility, the MP-NIR-640-1050 can be rapidly integrated into various detection platforms, providing users with stable and reliable spectral measurement solutions.

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96-Well Plate Fluorescence Measurement Slide

The MP-WP well‑plate measurement slide brings Argolight’s unique technology to high-throughput environments, making it ideal for scientific technicians who handle numerous daily samples. In such work settings, the ability to confidently walk away from your equipment without constant supervision is crucial. This is where continuous, proactive QA/QC becomes indispensable. With the MP‑WP, you can quickly test key parameters in just a few minutes, ensuring your system consistently performs at its best.

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190–440 nm UV‑Enhanced Miniature Spectrometer

The Spectre Mini is a UV-enhanced miniature spectrometer (190–440 nm) designed for ultraviolet spectral measurement and light source analysis.This compact spectral analysis module is suitable for a wide range of applications, including UV detection, LED spectral testing, industrial and research optical analysis, and OEM system integration.

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340-800nm 9-Channel LED Illumination System

The MP-LED provides the brightest and most powerful illumination across nine wavelengths, from Fura-2 to IR800. It incorporates Excelitas’patented LaserLED Hybrid Drive® technology to efficiently cover the challenging 500–600 nm green gap. With high excitation power across the UV‑visible‑NIR spectrum, the system offers four configuration options and pre-installed clean-up filters, allowing researchers to tailor the system to their current and future imaging needs.

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485 nm Narrow Bandpass Optical Filter

The MP-NBP-485 is a narrow-bandpass filter with a centre wavelength around 485 nm. It is designed to efficiently select the target spectral range of 475-495 nm from broadband or multi-wavelength sources, while providing high rejection of ultraviolet, visible, and near-infrared light outside the passband. The filter offers an average transmission Tavg > 93 % over the 475-495 nm transmission band, with a typical FWHM bandwidth of 24.9 nm and a guaranteed minimum bandwidth of 20 nm. It provides deep blocking with ODavg > 5 over most out-of-band regions, and reaches ODavg > 10 in the designated 510–556 nm rejection zone. This product is particularly suitable for fluorescence detection systems using 5‑FAM (5‑carboxyfluorescein), SYBR Green I nucleic acid gel stain‑DNA, as well as for biomedical testing, fluorescence imaging, spectroscopic analysis, and other optical systems requiring wavelength selection around 485 nm.

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340–850 nm Miniature Spectrometer

MP-SPE-340-850 is a compact gratingbased miniature spectrometer module covering the spectral range from 340 nm to 850 nm, suitable for spectroscopic analysis in the ultraviolet, visible, and nearinfrared regions. Designed for OEM integration and industrial inspection applications, it features high sensitivity, miniaturisation, and low power consumption, and can be embedded into various automated optical systems.

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475 nm Narrow Bandpass Optical Filter

The MP-NBP-475 is a high-transmission bandpass filter designed for the blue-light region around 475 nm. It selectively transmits the target blue band while efficiently blocking ultraviolet, other visible, and near-infrared background light. The filter offers an average transmission Tavg > 92% over the 463.5-486.5 nm band and provides broad out-of-band rejection across the 200-950 nm range. Its typical FWHM bandwidth is 29.9 nm, striking a good balance between high signal transmission efficiency and effective out-of-band blocking. The product comes in a standard 25 mm diameter circular mounted housing, making it suitable for fluorescence detection, spectroscopic analysis, microscopy, biomedical optics, machine vision, and any optical system that requires wavelength selection around 475 nm.

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415 nm Narrow Bandpass Optical Filter

The 415 nm narrow bandpass filter is a high-performance bandpass filter designed for precise wavelength selection and spectral detection in the short-wavelength visible region. It primarily transmits the 410-420 nm band with an average transmittance Tavg > 90%, while providing deep blocking over a broad range from UV to near-infrared on both sides of the passband, effectively suppressing background light, stray light, and signals from other wavelengths. The filter has a FWHM of 15.3 nm and a guaranteed minimum bandwidth of 10 nm, enabling efficient selection of narrow-band optical signals around 415 nm. With a standard angle of incidence of 0°± 5°, it is suitable for fluorescence detection, spectroscopy, machine vision, optical imaging, and precision optoelectronic detection systems.

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