4-Channel 10 MHz 16-Bit High-Speed Synchronous Data Acquisition Instrument

The MP-LD7144R-20M16 is a high-speed multi-channel data acquisition device designed for applications such as multi-channel synchronous signal acquisition, waveform recording, and high-speed data processing. This series supports 2/4/8 channel synchronous sampling, uses a 16-bit ADC, and provides selectable per-channel sampling rates of 10/20/40/80 Msps, with a corresponding input bandwidth of DC to 40 MHz (max.). Onboard DDR3 memory offers 512 MB / 1 GB storage capacity, with larger capacities available upon request. Communication interfaces include Gigabit Ethernet, USB 3.0, and 10G optical ports, satisfying various requirements for distance, data throughput, and system integration. The product supports multiple operating modes including hardware trigger, software trigger, manual trigger, and continuous sampling. A host-computer Demo software is provided for board parameter configuration, real-time data display, and data storage. It also supports user-defined secondary development; the software development kit (SDK) is compatible with C/C++, LabVIEW, MATLAB, and other development environments, and supports Windows and Linux operating systems, facilitating integration into scientific research and industrial test platforms.

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190–850 nm UV-VIS Spectrometer

The 190-850 nm UV-VIS spectrometer is a compact, broadband spectrometer designed for UV-Vis spectral analysis and OEM system integration. A single unit covers the ultraviolet to visible range from 190 nm to 850 nm. The system employs a high-efficiency transmission grating and a Mirror-Grating-Mirror (MGM) optical configuration, achieving broad spectral coverage, high throughput, and stable spectral performance within a compact footprint of 54 × 48 × 16 mm. The near-athermal mechanical design ensures temperature-induced wavelength drift of <0.02 nm/°C, making it suitable for absorption, transmission, reflection, fluorescence, and UV-Vis spectral detection applications.

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190–1100 nm UV-NIR Spectrometer

The 190-1100 nm UV-NIR spectrometer is a compact spectrometer designed for broadband spectral detection and OEM system integration. A single unit covers the ultraviolet, visible, and near-infrared range from 190 nm to 1100 nm. The product employs an MGM (Mirror-Grating-Mirror) optical configuration, high-reflectivity collimating/focusing mirrors, and a high-efficiency transmission grating, achieving broad spectral coverage, high throughput, and good environmental stability.

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Positive Achromatic Doublet Lens

The positive achromatic doublet lens is composed of a positive and a negative optical glass element with different dispersion rates, cemented together. This design allows light of different wavelengths to converge at approximately the same focal plane. Compared to ordinary spherical singlet lenses, it significantly reduces focal shift and chromatic fringing caused by wavelength differences. This series features high manufacturing precision and stable optical performance, making it suitable for scientific research, industrial inspection, and precision optical systems that require high imaging quality and beam control.

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200HzFiber Bragg Grating Accelerometer

The MP-BG-FBGS-3000 fiber Bragg grating accelerometer features a threaded connection structure for quick and easy installation, and is reusable. It can also be fixed by adhesive bonding or welding. The rugged armored optical cable is tightly integrated with the sensor, effectively protecting the optical fiber and eliminating stress. With dual-end fiber outputs, the sensor can be connected in series, facilitating the construction of sensor networks.

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2×4 Mechanical Optical Switch

The 2×4 mechanical optical switch is a fiber-optic device for multi-channel optical signal switching and optical path management, which can establish a specified optical path between two input ports and four output ports via electrical control. The product adopts an opto-mechatronic structure, where an electrical signal drives the internal mechanical mechanism to change the optical path state, and integrates a position sensing function. It is suitable for optical communications, optical network monitoring, instrument testing, and configurable optical path systems. The product supports both latching and non-latching operating modes, featuring low insertion loss, high isolation, high reliability, and an epoxy-free optical path.

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Special Cutoff Wavelength Single-Mode Fiber

The special cutoff wavelength single-mode fiber is a specialty single-mode fiber product specifically designed and developed for optical fiber devices operating in various special wavelength bands. The preforms for this fiber series are manufactured using an inside chemical vapor deposition process, offering advantages such as low hydroxyl content, precise geometric parameters, excellent optical uniformity, and good bending resistance. This fiber series is widely used in fiber optic signal transmission at special wavelengths, fiber optic sensing devices, fiber amplifiers, and fiber lasers.

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Coupling Single-Mode Fiber

The coupling single-mode fiber is a specialty single-mode fiber product specifically designed and developed for optical device applications. The preforms for this fiber series are manufactured using an inside chemical vapor deposition process, combined with optimized waveguide design, resulting in low attenuation, good bending resistance, and excellent optical uniformity. The dual-layer UV-cured acrylate coating provides high tensile strength and long-term fatigue resistance. This fiber series is widely used in fiber optic communication devices and fiber optic sensing devices.

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Fiber Accessories/Fiber Optic Sensors/FBG Accelerometer/200 Hz FBG Accelerometer

The polarization-dependent free-space optical isolator is a free-space isolator based on a TGG-type structure. It offers a selection of operating wavelengths from 532 nm to 1060 nm. With high isolation, low insertion loss, and high extinction ratio, it is suitable for unidirectional optical transmission and reverse light isolation in free-space optical paths. The product features a compact cylindrical housing and is available with multiple clear aperture sizes, power ratings, and outer dimension configurations, enabling selection and customization according to different optical system requirements.

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5-meter long optical path miniaturized Mini mid-infrared hollow-core fiber gas absorption cell

5meter long optical path gas absorption cell can be used for spectral analysis detection. The sturdy and compact gas chamber is coiled with hollow optical fiber, and its arrangement is very simple. In the hollow fiber, the detection beam and the analyte overlap, thus achieving sensitive laser absorption spectroscopy and trace gas and isotope analysis with a sample amount of min.

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1310nm Single-mode Optical Switch 4×4

The 1310nm single-mode optical switch 4×4 is a high-performance mechanical optical path switching device that enables flexible routing between 4 inputs and 4 outputs, and supports bidirectional operation. It features low insertion loss, low crosstalk, high repeatability, and high reliability. The relay-latching mechanism maintains the current optical path even after power-off. The module has a switching time of ≤8 ms and supports RS-485 communication control, making it easy to integrate into automated systems. It is suitable for applications in optical communications, fiber monitoring, optical device testing, automated optical path testing, and fiber sensing.

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785–1080 nm Raman Spectrometer

The 785-1080 nm Raman spectrometer is a high-performance spectral detection module designed for Raman applications with 785 nm laser excitation. It features a high-dispersion transmission grating and a cooled array detector, offering high resolution, high optical throughput, and excellent temperature stability. The spectral detection range covers 785-1080 nm, corresponding to a Raman shift range of 0-3480 cm-1 under 785 nm excitation, making it suitable for materials analysis, chemical identification, pharmaceutical testing, research instrumentation, and industrial Raman inspection.

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