248.6 nm Laser Line Bandpass Filter

The 248.6 nm laser line bandpass filter is a highperformance narrowband interference filter specifically designed for 248.6 nm KrF excimer lasers. Manufactured on highquality fused silica substrates with multilayer hard dielectric coatings, it offers high transmission at the 248.6 nm laser wavelength while providing excellent rejection of outofband stray light on both sides of the passband, effectively improving the system signaltonoise ratio. The filter is widely used in excimer laser systems, semiconductor lithography, UV Raman spectroscopy, fluorescence detection, UV imaging, and scientific instrumentation.

View Now

244 nm Ultrasteep Long Pass Filter

The MP-LPF-244 is an ultrasteep long pass filter designed specifically for the 244 nm laser line, primarily used in UV Raman spectroscopy, fluorescence detection, laser spectrum analysis, and other precision ultraviolet optical systems. This filter offers high blocking performance with OD > 6 at 244 nm, and provides an average transmittance greater than 90% over the 247.6–550.4 nm band. With a transition width of only 3 nm, it features an extremely steep spectral edge, effectively suppressing the laser line and Rayleigh scattering while improving the collection of Raman signals close to the laser wavelength. The filter is fabricated on a fused silica substrate and mounted in a 25 mm diameter circular metal ring, making it suitable for research-grade Raman spectrometers, fluorescence spectrometers, and custom optical systems.

View Now

224.3 nm Ultrasteep Long Pass Filter

The MP-LPF-224 is an ultrasteep long pass filter designed specifically for the 224.3 nm laser line, primarily used in UV Raman spectroscopy, fluorescence detection, laser spectrum analysis, and precision optical systems. This filter offers high blocking performance with OD > 6 at 224.3 nm, and provides an average transmittance greater than 90% over the 235–505.9 nm band. It is fabricated on fused silica substrate, ensuring excellent UV transmission and environmental stability.

View Now

808 nm 30 mW Coaxial SingleMode FiberCoupled Laser

The MP-FCD-808-30-SA series coaxial single‑mode fiber‑coupled laser is a low‑cost single‑mode fiber‑coupled laser launched by . It features a compact package size and high output power. Our products are widely used in laser communications, printing, and laser medical applications.

View Now

780 nm 30 mW Coaxial SingleMode FiberCoupled Laser

The MP-FCD-780-30-SA series coaxial single‑mode fiber‑coupled laser is a low‑cost single‑mode fiber‑coupled laser launched by . It features a compact package size and high output power. Our products are widely used in laser communications, printing, and laser medical applications.

View Now

905 nm 20 mW Coaxial SingleMode FiberCoupled Laser

The MP-FCD-905-20-SA series coaxial single‑mode fiber‑coupled laser is a low‑cost single‑mode fiber‑coupled laser launched by . It features a compact package size and high output power. Our products are widely used in laser communications, printing, and laser medical applications.

View Now

1064 nm 20 mW Coaxial SingleMode FiberCoupled Laser

The MP-FCD-1064-20-SA series coaxial single‑mode fiber‑coupled laser is a low‑cost single‑mode fiber‑coupled laser launched by . It features a compact package size and high output power. Our products are widely used in laser communications, printing, and laser medical applications.

View Now

850 nm 20 mW Coaxial SingleMode FiberCoupled Laser

The MP-FCD-808-30-SA series coaxial single‑mode fiber‑coupled laser is a low‑cost single‑mode fiber‑coupled laser launched by. It features a compact package size and high output power. Our products are widely used in laser communications, printing, and laser medical applications.

View Now

1550nm 200kHz FBG Single-Frequency Ultra-Narrow Linewidth Laser

MP-NL-1550.12-10-50k-B is a wavelength‑tunable, modulatable single‑frequency laser. The product is an external‑cavity tunable laser based on a built‑in FBG. It can be applied in optical measurement and inspection, optical sensor applications, and high‑precision OTDR applications. The product features excellent wavelength and power stability, as well as outstanding SMSR.

View Now

High-Numerical-Aperture Ultra-High-Vacuum Glass Cell

The MP-HN-10-13-60 is an ultra-high-vacuum (UHV) glass cell designed for quantum technologies, cold atom experiments, atomic imaging, and precision optical research. Manufactured from high-optical-quality borosilicate glass, the cell is compatible with common microscope objectives of numerical apertures (NA) 0.3, 0.5, and 0.7, providing large-area, high-quality optical access to the interior of the vacuum system. The large optical windows feature excellent parallelism and surface figure accuracy, significantly reducing aberrations and distortions when optical beams pass through the cell, making it ideal for high-resolution imaging, beam projection, atom manipulation, and laser cooling applications. The cell is assembled using an epoxy-free and frit-free bonding process, ensuring low outgassing, high-temperature bake-out capability, and excellent UHV compatibility.

View Now

Ultra-High Vacuum Square Glass Cell

The MP-UGC-20-20-60 is a high-performance square glass cell specifically designed for quantum technologies, cold atom experiments, ion traps, laser spectroscopy, and ultra-high vacuum (UHV) systems. The cell is assembled using an optical contact bonding process, eliminating the need for epoxy or glass frit adhesives. This results in an extremely low outgassing rate, ensuring long-term stable operation in UHV environments. All glass windows are available with anti-reflection (AR) coatings on both inner and outer surfaces, guaranteeing high transmittance and minimal optical distortion, making the cell ideally suited for high-precision laser manipulation and quantum experimental platforms.

View Now

TO-39 Packaged Deep Ultraviolet (UVC) LED

The MP-UVC-255 is a deep ultraviolet LED housed in a TO-39 metal package, offering high reliability, high stability, and excellent UV output performance. It covers multiple peak wavelengths from 255 nm to 315 nm, making it suitable for a wide range of applications including medical testing, biological analysis, air purification, water treatment, and industrial inspection.

View Now