1550 nm Mode Field Adapter

The 1550 nm Mode Field Adapter is a passive fiber-optic device used for optical field adaptation and transmission between different types of optical fibers. This product is designed for an operating wavelength of 1550 nm. It adopts a structure with a 62.5/125 μm multimode fiber input and an SMF-28e single-mode fiber output, making it suitable for mode field adaptation requirements between specific fiber systems. The product features a compact package, relatively low insertion loss, and relatively high return loss. Its maximum continuous optical power is 500 mW. In a no-connector configuration, the maximum insertion loss is 3.0 dB and the minimum return loss is 40 dB. The product supports different connector, fiber jacket, and fiber length configurations and can be used in applications such as fiber-optic communications, optical testing, and laboratory fiber-optic system integration.

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Optical-Grade Lithium Tantalate Crystal

Optical-grade lithium tantalate crystal is a multifunctional crystal material with excellent piezoelectric, pyroelectric, electro-optic, and nonlinear optical properties. The product has good thermal stability, a wide transmission range, and good photorefractive resistance. It can be processed into X-, Y-, Z-cut and special engineered crystal orientations according to application requirements, and periodically poled lithium tantalate can also be prepared. With its comprehensive optoelectronic properties, optical-grade lithium tantalate is suitable for surface acoustic wave devices, RF resonators, infrared detection, electro-optic modulation, nonlinear frequency conversion, terahertz technology, high-temperature piezoelectric sensing, and other fields.

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Infrared Thermopile Array Laser Beam Profiler

The infrared thermopile array laser beam profiler is a high-resolution measurement product designed for laser spot detection and beam profile analysis.The device uses an infrared thermopile array sensor and is available in two array configurations: 80×64 and 160×120. It can be adapted to lasers of different wavelengths through different filters. The product supports application solutions such as USB, UDP, or PoE. Together with the optional ArraySoft beam analysis software, it enables 2D visualization of laser spots and profile analysis, making it suitable for scenarios such as laser R&D, testing, and system integration.

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Stoichiometric Lithium Niobate Crystal

Stoichiometric Lithium Niobate (SLN) is a high-performance lithium niobate crystal whose Li/Nb composition is close to the ideal stoichiometric ratio of 1:1. Compared with conventional congruent lithium niobate (CLN), SLN has a crystal composition closer to the ideal ratio, fewer intrinsic lattice defects, a higher Curie temperature, a lower coercive field, and excellent electro-optic and nonlinear optical properties. Research also shows that for near-stoichiometric LN, as the Li content increases, crystal defects decrease and the Curie temperature can approach 1200°C.The product can be supplied as crystal blanks and can be further processed by orientation, slicing, grinding, periodic poling, precision polishing, etc. It is suitable for PPLN periodically poled devices, electro-optic modulation, optical frequency conversion, optical waveguides, and various nonlinear optics and scientific research applications.

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Magnesium-Doped Lithium Niobate Crystal

Magnesium-doped lithium niobate crystal is a functional crystal material prepared by doping lithium niobate crystal with a certain concentration of MgO. The typical MgO doping concentration is 5 mol%. While maintaining the excellent electro-optic, acousto-optic, piezoelectric, and nonlinear optical properties of lithium niobate, it has strong resistance to photorefractive damage, making it suitable for high optical power and high-stability optical applications. The product can be provided in congruent and stoichiometric systems, supports various crystal orientations such as X, Y, and Z, and can supply crystal blanks, crystal ingots, cut blocks, and crystal materials oriented, cut, and precision-machined according to requirements. It can be further processed into round wafers, square wafers, triangular wafers, and other custom shapes, meeting application needs in nonlinear optics, electro-optic modulation, THz, acousto-optic devices, and scientific research experiments.

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Optical-Grade Lithium Niobate Crystal Substrate

Optical-grade lithium niobate crystal substrate is a high-quality functional crystal material with excellent electro-optic, acousto-optic, piezoelectric, and nonlinear optical properties. It is widely used in optical communications, integrated photonics, surface acoustic wave devices, optoelectronic technology, and other fields. The product offers two material types: congruent lithium niobate (CLN) and stoichiometric lithium niobate (SLN), with good crystal quality, optical uniformity, and surface processing performance. It supports 3-inch, 4-inch, 6-inch, and 8-inch round wafers, as well as square, triangular, and custom special-shaped sizes. Processing options include single-side polishing, double-side polishing, and single-side polishing with the other side ground/lapped, meeting diverse needs for optical experiments, LNOI thin-film preparation, electro-optic modulation, and precision optoelectronic devices.

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OM4 Bend-Insensitive Multimode Fiber

The OM4 bend-insensitive multimode fiber is a high-performance multimode fiber optimized for 850 nm VCSEL high-speed optical communication systems. It features high bandwidth, low differential mode delay, and excellent bend resistance. At 850 nm, its effective modal bandwidth can reach ≥4700 MHz·km. It supports 10G, 40G, 100G, and 400G high-speed Ethernet transmission, and is compatible with conventional OM2 and OM3 multimode fibers. It has low additional bending loss, good environmental adaptability, and good mechanical performance, making it suitable for data centers, high-performance computing centers, and various high-speed optical fiber networks and cable systems.

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Benchtop Fiber Optic Cleaner

The benchtop fiber optic cleaner is an automated device for quickly cleaning the end faces of fiber optic connectors. It uses a non-contact cleaning method combining cleaning liquid spray and absorption, which can effectively remove dust, oil, and other contaminants from fiber end faces. The device features fast cleaning speed, simple operation, and low risk of end-face damage. It can be adapted to various fiber optic connectors through cleaning handles and nozzles of different specifications, and is suitable for scenarios such as optical communication device production, testing, and maintenance.

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OM3+ Bend-Insensitive Multimode Fiber

The OM3+ bend-insensitive multimode fiber is a high-performance multimode fiber optimized for 850 nm and 953 nm wavelengths. It features high bandwidth, low differential mode delay (DMD), and low bend-induced additional loss. The product uses a 50/125 μm fiber structure. Its effective modal bandwidth can reach ≥3380 MHz·km at 850 nm and ≥1770 MHz·km at 953 nm. It is compatible with conventional OM3 and OM4 fibers. With excellent high-speed transmission capability, bend resistance, and environmental reliability, it can be widely used in data centers, high-performance computing centers, and high-speed Ethernet optical communication systems, providing a stable and reliable transmission medium for high-density, high-speed optical fiber networks.

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OM3 Bend-Insensitive Multimode Fiber

The OM3 bend-insensitive multimode fiber is a multimode fiber optimized for 850 nm VCSEL high-speed optical communication applications. It features high bandwidth, low differential mode delay (DMD), and low bend-induced additional loss. The product uses a 50/125 μm fiber structure, and its effective modal bandwidth at 850 nm can reach ≥2000 MHz·km. It maintains good compatibility with conventional OM2 and OM3 multimode fibers. The product can maintain stable optical transmission performance under small bend radius conditions, making it suitable for data centers, high-performance computing centers, and high-speed Ethernet, where high requirements are placed on transmission bandwidth, reliability, and cabling flexibility.

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Line-Scan Hyperspectral Camera (960–2500 nm)

The MP-HSC-960-2500-L line-scan hyperspectral camera (960–2500 nm) is a hyperspectral imaging device designed for near-infrared to shortwave infrared applications, with spectral coverage from 960 to 2500 nm. It features 640 spatial pixels and 392 spectral bands, with an average spectral resolution of 8 nm (FWHM). It is suitable for scientific research and industrial applications such as material identification, composition analysis, and fine spectral detection. The camera uses line-scan hyperspectral imaging, supports up to 162 FPS full-band acquisition, is equipped with an integrated shutter, and supports GigE Vision and custom Ethernet interfaces. It can be used for laboratory inspection, industrial inline inspection, and hyperspectral imaging system integration.

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OM2 bend-insensitive multimode fiber

OM2 bend-insensitive multimode fiber is a 50/125 μm multimode fiber combining OM2 transmission performance with excellent bend resistance. It mainly operates in the 850 nm and 1300 nm bands. The product features low bend-induced additional loss and good fiber profile stability, maintaining stable optical transmission performance even at small bend radii. It is suitable for low-bit-rate transmission networks and various optical cable applications, especially for scenarios with compact space and many bending points in cabling.

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