1600nm 100nm Manual Tunable Filter

Manual tunable fiber laser features precise wavelength tuning capability and excellent stability, with fast tuning speed and wide tuning range. It is suitable for applications such as optical communication, laser ranging, and material processing.

View Now

1550nm 100nm Manual Tunable Filter

Manual tunable fiber laser features precise wavelength tuning capability and excellent stability, with fast tuning speed and wide tuning range. It is suitable for applications such as optical communication, laser ranging, and material processing.

View Now

1310nm 100nm Manual Tunable Filter

Manual tunable fiber laser features precise wavelength tuning capability and excellent stability, with fast tuning speed and wide tuning range. It is suitable for applications such as optical communication, laser ranging, and material processing.

View Now

1060nm 80nm Manual Tunable Filter

Manual tunable fiber laser features precise wavelength tuning capability and excellent stability, with fast tuning speed and wide tuning range. It is suitable for applications such as optical communication, laser ranging, and material processing.

View Now

NLL Frequency-Locked Laser Diode High Power Version

Idealphotonics Clarity Laser series locks laser emission to molecular absorption lines. The instrument drives a semiconductor laser in a unique configuration to generate excellent frequency stability traceable to physical constants, thus forming a primary frequency standard. The production of Clarity lasers requires the determination of molecular energy level transitions and materials, so please inquire about availability before purchasing.

View Now

Frequency-Locked Laser Diode High Power Version

Idealphotonics Clarity Laser series locks laser emission to molecular absorption lines. The instrument drives a semiconductor laser in a unique configuration to generate excellent frequency stability traceable to physical constants, thus forming a primary frequency standard. The production of Clarity lasers requires the determination of molecular energy level transitions and materials, so please inquire about availability before purchasing.

View Now

475–1100 nm LIBS Spectrometer

The 475-1100 nm LIBS spectrometer is a compact, high-resolution spectrometer designed for Laser-Induced Breakdown Spectroscopy (LIBS) elemental analysis applications. It covers the visible to near-infrared range from 475 nm to 1100 nm. The system employs a high-dispersion transmission grating and a Mirror-Grating-Mirror (MGM) optical configuration, combining high resolution, high throughput, and compact size. It effectively resolves adjacent LIBS characteristic spectral lines and is suitable for material elemental identification, qualitative and quantitative spectral analysis.

View Now

415–957nm LIBS Spectrometer

The 415-957 nm LIBS spectrometer is a compact, high-resolution spectrometer designed for laser-induced breakdown spectroscopy (LIBS) and visible-to-near-infrared spectral analysis. It covers the wavelength range of 415-957 nm and achieves a typical resolution of 0.4-0.6 nm. The instrument employs a high-efficiency transmission grating and an MGM optical structure, offering high resolution, low stray light, low thermal drift, and a small footprint. It supports SMA905 fibre input and SPI/USB data interfaces, enabling easy integration into portable and OEM inspection systems. It is suitable for metal and alloy composition analysis, mineral detection, elemental identification, plasma emission spectroscopy, and scientific spectroscopic studies.

View Now

360–830 nm LIBS Spectrometer

The 360-830 nm LIBS spectrometer is a compact, high-resolution spectrometer designed for laser-induced breakdown spectroscopy (LIBS) and visible-light spectral analysis. It covers the wavelength range of 360-830 nm and achieves a typical spectral resolution of 0.3-0.4 nm, featuring high resolution, low stray light, low thermal drift, and a compact form factor. The spectrometer employs a high-efficiency transmission grating and an MGM optical structure, supports SMA fibre input and SPI/USB data interfaces, and can be readily integrated into portable and OEM inspection systems. It is suitable for applications such as metal and alloy composition analysis, mineral detection, elemental analysis, plasma emission spectroscopy, and scientific spectroscopic measurements.

View Now

190–435 nm LIBS Spectrometer

The 190-435 nm LIBS spectrometer is a compact spectrometer designed for laser-induced breakdown spectroscopy (LIBS) and high-resolution UV spectroscopic detection. It covers the wavelength range of 190-435 nm and achieves a typical spectral resolution of 0.15-0.2 nm, making it suitable for identifying and analysing adjacent emission lines in the ultraviolet region. The spectrometer employs a high-efficiency transmission grating and a compact Mirror-Grating-Mirror optical architecture, delivering high resolution, high throughput, and good environmental stability in a small footprint. It supports SMA fibre input and SPI / USB 2.0 data interfaces, facilitating easy integration into LIBS elemental analysers, portable spectral analysis systems, and OEM inspection equipment.

View Now

826–854 nm OCT Spectrometer

The 826-854 nm OCT spectrometer is a high-speed, high-resolution spectral detection module designed for SD-OCT (Spectral-Domain Optical Coherence Tomography) systems. Employing a high-efficiency transmission grating and a 2048-pixel high-speed linear array detector, it achieves a spectral resolution of 0.015 nm, an axial measurement depth of 12.9 mm in air, and a full-pixel acquisition rate of up to 61 kHz, with a 1024-pixel binning mode reaching up to 101 kHz. The module features excellent roll-off performance and a compact OEM design, making it suitable for industrial OCT, medical OCT, long-range OCT, 3D imaging, and in-line inspection systems.

View Now

795–885 nm OCT Spectrometer

The 795-885 nm OCT spectrometer is a compact, high-speed broadband OCT spectral detection module designed for SD-OCT (Spectral-Domain Optical Coherence Tomography) systems. It covers a wavelength range of 795-885 nm with a 90 nm spectral bandwidth, and incorporates a high-efficiency transmission grating, a 2048-pixel CMOS linear array detector, and a high-speed M-DISB-191 electronic platform. The module provides a maximum measurement depth of 4.0 mm (in air) and a minimum axial resolution of 4.1 μm (in air). Acquisition speed reaches 61 kHz in 2048-pixel mode and up to 101 kHz in 1024-pixel binning mode. With overall dimensions of only 130 × 75 × 36 mm and a weight of approximately 592 g, it is ideally suited for OEM integration into high‑speed, high‑resolution, and compact OCT devices.

View Now