Laser Safety Interlock Shutter

specifically designed for highpower continuouswave (CW) lasers and highenergy pulsed laser systems. Featuring a highspeed electromechanical drive structure and highdamagethreshold mirrors, it provides reliable, fast, and stable beam control in applications such as laser safety interlocking, pulse gating, and laser exposure control. The MPLST300 supports a large 16 mm clear aperture and handles up to 300 W of continuous optical power. It offers both metallic and dielectric mirror options, making it compatible with Nd:YAG, CO₂, UV, and other laser systems.

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375–1550 nm Compact Fiber-Coupled LD Light Source

The MP-LD series is a pocket-sized, lightweight, compact fiber-coupled LD light source device.

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Educational Grade Spatial Light Modulator

The MP-SLM-ED-1.35 is a two-dimensional spatial light modulator based on LCoS (Liquid Crystal on Silicon) technology, designed for high‑precision spatial phase modulation of incident light wavefronts. With a resolution of 1920 × 1200 pixels, it offers high spatial resolution, stable phase control, and a cost‑effective solution, making it suitable for static or low‑speed dynamic light‑field modulation applications.

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Research-Grade Spatial Light Modulator

The MP-SLM-RG-1.35 utilizes reflective LCoS (Liquid Crystal on Silicon) technology, specifically designed for pure phase modulation. It supports analog phase control, offering high phase stability, high fill factor, and high diffraction efficiency, enabling pixel-by-pixel dynamic modulation of laser wavefronts in scientific research experiments. This 1920×1200 SLM series employs a 60 Hz HDMI controller; the S-Series supports 10-bit operation and offers optional dielectric mirror coatings and liquid cooling solutions.

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Ultra-High Speed Spatial Light Modulator

The MP-SLM-UH-1.4 is a 1024×1024 resolution LCoS reflective phase-type spatial light modulator, featuring 17 μm pixels, a 17.4 mm × 17.4 mm active array, and a Gen3 x8 PCIe controller. Its core advantage lies in its ultra‑high‑speed liquid crystal response, enabling up to approximately 1.4 kHz class 0–2π phase modulation. Combined with adjustable temperature control and purely analog phase control, it maintains excellent phase stability, diffraction efficiency, and phase accuracy even during high-speed switching. The product is widely suitable for research and industrial applications such as high-speed holography, wavefront shaping, beam shaping, adaptive optics, microscopy imaging, and high-power laser systems, meeting the demanding requirements for temporal response and phase control in advanced optical systems.

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High-Speed Spatial Light Modulator

The MP-SLM-1 is a high‑speed two‑dimensional spatial light modulator (SLM) based on Liquid Crystal on Silicon (LCoS) technology, designed for research and industrial applications requiring fast phase modulation, high stability, and high diffraction efficiency. The device employs pure analog phase control technology, supporting 0–2π continuous phase modulation, 8‑bit phase control, and a maximum modulation speed of 1 kHz, combining rapid response with excellent phase stability. The 1024 × 1024 pixel array and high fill factor enable high‑quality wavefront control and generation of complex optical fields, making it an ideal choice for adaptive optics, digital holography, beam shaping, and quantum optics.

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62.5-125-175 µm High-Temperature Aluminum-Coated Graded-Index Multimode Fiber

The MP-Al62.5/125-MMF is a graded-index multimode fiber with a 62.5 μm core diameter and an aluminum metal coating. It is suitable for UV/VIS optical systems and features a large core size, excellent environmental resistance, and high mechanical strength. It is widely used in industrial laser systems, vacuum systems, and light transmission in harsh environments.

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50-125-155um High-Temperature Gold-Coated Graded-Index Multimode Fiber

The high-temperature gold-coated graded-index multimode fiber is manufactured using high-purity germanium-doped silica core, pure silica cladding, and a 24-karat gold coating. It is specifically designed for high-temperature, high-vacuum, high-power laser, and harsh industrial environments. The metallic coating offers excellent high-temperature resistance, electrical conductivity, and hermetic sealing capability, allowing direct soldering to vacuum feedthroughs and optoelectronic devices. It maintains stable optical and mechanical performance even under extreme conditions, making it widely used in aerospace, high-temperature sensing, semiconductor manufacturing, laser transmission, and nuclear industry applications.

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62.5-125-155um High-Temperature Gold-Coated Graded-Index Multimode Fiber

The high-temperature gold-coated graded-index multimode fiber is manufactured using high-purity germanium-doped silica core, pure silica cladding, and a 24-karat gold coating. It is specifically designed for high-temperature, high-vacuum, high-power laser, and harsh industrial environments. The metallic coating offers excellent high-temperature resistance, electrical conductivity, and hermetic sealing capability, allowing direct soldering to vacuum feedthroughs and optoelectronic devices. It maintains stable optical and mechanical performance even under extreme conditions, making it widely used in aerospace, high-temperature sensing, semiconductor manufacturing, laser transmission, and nuclear industry applications.

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633nm 70mW Coherence Length 0.9m High-Stability Compact Wavelength-Locked Laser System

This is a high-wavelength-stability compact laser system for Raman spectroscopy and high-resolution applications. The system provides exceptionally stable single-mode laser emission at 405 nm, with a coherence length of up to 1 m, a typical side‑mode suppression ratio of 40 dB, and wavelength stability better than 0.001 nm. In addition, customisation according to wavelength or output power is available upon request.

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633nm 40mW Coherence Length 0.9m High-Stability Compact Wavelength-Locked Laser System

This is a high-wavelength-stability compact laser system for Raman spectroscopy and high-resolution applications. The system provides exceptionally stable single-mode laser emission at 405 nm, with a coherence length of up to 1 m, a typical side‑mode suppression ratio of 40 dB, and wavelength stability better than 0.001 nm. In addition, customisation according to wavelength or output power is available upon request.

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405nm 10mW Coherence Length 4.5m High-Stability Compact Wavelength-Locked Laser System

This is a high-wavelength-stability compact laser system for Raman spectroscopy and high-resolution applications. The system provides exceptionally stable single-mode laser emission at 405 nm, with a coherence length of up to 1 m, a typical side‑mode suppression ratio of 40 dB, and wavelength stability better than 0.001 nm. In addition, customisation according to wavelength or output power is available upon request.

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