Blue Fiber-Coupled Pump Source

The Blue Fiber-Coupled Pump Source is a highly stable blue laser source designed for scientific research, medical, and precision processing applications. It features a fiber-coupled output, offering excellent long-term output stability and supporting extended continuous operation. The low-numerical-aperture (NA) fiber design ensures a small beam divergence angle and high energy concentration, facilitating subsequent collimation, focusing, and system integration. This product is positioned for applications such as medical excitation light sources, precision processing of precious metal medical components, precision marking of non-ferrous metals, micro-engraving, research experiments, and industrial equipment OEM integration.

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Cable-Type Fiber Bragg Grating Temperature Sensor

The cable-type fiber Bragg grating temperature sensor supports sensor series connection and flexible deployment. It can be used as a standalone single-point temperature sensor or connected at the end of a grating sensor array. Compared with traditional multi-point electrical sensors, this multi-point grating sensor string offers simpler installation, streamlined pigtail handling, and significant cost advantages.

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Metal FBG Strain Sensor

The metal FBG strain sensor is based on the photosensitive properties of fibre Bragg gratings. When the sensor is subjected to an external force, the substrate undergoes strain, which in turn causes a linear shift in the reflected wavelength of the FBG. Strain information is precisely obtained by measuring the wavelength drift. The sensor is mounted on the surface of the test object using adhesive bonding. It can be used as a single point or with multiple sensors connected in series. Custom sensor arrays can also be supplied to form a distributed sensing network.

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Flexible FBG Strain Sensor

The flexible FBG strain sensor can be applied to planar or curved surfaces. Multiple sensors can be concatenated on a single optical fibre and mounted on the structure surface using adhesive bonding. The strain gauge is made of silicone flame-retardant material that meets most fire safety standards, capable of self-extinguishing within a specified time without flame propagation or dripping. It also exhibits excellent resistance to high and low temperatures, maintaining stable physical properties over a wide temperature range. The strain gauge measures only 25×5.5×1.3 mm (L×W×H), enabling strain measurement in confined spaces. The material and dimensions of the strain gauge can be customised according to user requirements.

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Diode-Pumped Yellow-Green Laser

This series of diode-pumped yellow-green lasers offers three wavelength options: 561 nm, 558 nm, and 555.5 nm, and is available in Standard, Single Longitudinal Mode (SLM), and Low-Noise versions. These variants meet diverse requirements in research, inspection, and optoelectronic systems for wavelength, power, linewidth, noise, and stability. All models feature TEM₀₀ single transverse mode output with a beam quality of M²= 1.0–1.1, ensuring excellent beam quality and pointing stability.

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532 nm Diode-Pumped Green Laser

This product is a 532 nm diode-pumped green laser, available in three configurations: Single Longitudinal Mode (SLM), Low-Noise, and Standard versions. Different models can be selected according to requirements for coherence, output noise, power, and stability. The laser emits at 532 nm with a beam quality of M²= 1.0-1.1. The SLM version is specifically designed for applications demanding high coherence, the Low-Noise version optimises output noise, while the Standard version offers a broad power coverage range.

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300×300 MEMS Optical Circuit Switch

The MPOCS300 is a 300×300 port fully nonblocking MEMS optical circuit switch designed for artificial intelligence data centres and highdensity optical networking applications. It employs a singlemode fibre architecture and enables direct optical signal path switching without opticaltoelectrical conversion. Based on mature MEMS micromirror technology, the switch features high reliability, low insertion loss, low latency, low power consumption, and protocol transparency. It is wellsuited for leafspine data centre networks, AI training clusters, and intelligent data centre network management. Its independent MEMS structure requires no complex feedback loops, allowing stable latching even under “dark fibre” conditions with no optical signal. The switch enables dynamic reconfiguration of server clusters according to service demands, improving network redundancy and 24/7 operational reliability.

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64×64 MEMS Optical Circuit Switch

The MP-OCS-64 is a high-density 64×64 fully non-blocking MEMS optical circuit switch designed for AI data centre networks. Utilising MEMS micromirror technology, it enables dynamic reconfiguration of 64 duplex fibre connections without opto-electronic conversion. The product features low insertion loss, low latency, high isolation, low power consumption, and long lifetime, and operates reliably in "dark fibre" environments with no optical signal present. It is suitable for AI training clusters, spine-leaf networks, and intelligent data centre network management.

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Multi-channel MEMS Variable Optical Attenuator Module

The Multi-channel MEMS Variable Optical Attenuator Module is a polarization-maintaining fiber attenuation control product based on Micro-Electro-Mechanical Systems (MEMS) technology. It integrates and controls up to 16 MEMS VOA channels within a single module. The module provides unified control of multiple optical attenuation channels via RS232, USB, or I²C interfaces, offering a compact, secure, and easy-to-integrate solution for multi-channel optical power regulation. It employs Panda-type polarization-maintaining fiber and covers the 1260-1680 nm wavelength range, making it suitable for optical communication and test systems in the O, C, and L bands.

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MEMS Variable Optical Attenuator

The MP-VOA-780-500 is a precision optical power regulation device based on micro-electromechanical systems (MEMS) technology. It internally incorporates an electrically controllable micro-mirror. By applying a control voltage, the mirror angle is adjusted, which changes the coupling efficiency between the input and output fibres, thereby achieving continuously variable optical attenuation. The device uses Panda-type PM780-HP polarisation-maintaining fibre and features compact size, fast response, low power consumption, high repeatability, and high extinction ratio. It is available in both transmissive and opaque versions, making it suitable for optical power control and equalisation in polarisation‑sensitive optical paths.

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Multi-Core Fiber

Multi-core fiber is a new type of optical fiber that features multiple independent cores within a common cladding region. Based on the core-to-core spacing, it can be divided into large-pitch multi-core fiber and small-pitch multi-core fiber. Large-pitch multi-core fiber does not exhibit optical coupling between cores, and it can increase the optical transmission density per unit area of the transmission line. In small-pitch multi-core fiber, the cores are placed closer together, allowing optical coupling to occur. Based on this principle, dual-core sensors or optical circuit devices can be developed for use in fiber optic sensing applications.

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1060 nm Single-mode Free-space FP Laser Diode

The MPFP106020 is an edgeemitting semiconductor laser diode based on a FabryPerot (FP) resonator structure, packaged in a TO housing. With a centre operating wavelength of 1060 nm and a continuouswave (CW) output power of 20 mW, it features TE00 single transverse mode operation, low threshold current, stable output power, and excellent beam quality. It is suitable for laser measurement, biomedical applications, spectral analysis, scientific research, and OEM laser system integration.

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