Multimode Fiber Achromatic Collimator 635nm (Waist Spot Diameter 4mm)

It is composed of a group of large numerical aperture lens systems, suitable for multimode fibers with larger numerical apertures. This system can reshape the beam emitted from the multimode fiber, or couple a collimated beam into the multimode fiber, ensuring good collimation and beam shape over long distances.

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C+L band erbium-doped fiber amplifier Benchtop(saturated output 27dBm)

C+L band erbium-doped fiber power amplifier (BA amplifier for short) can be used to amplify optical signals in the power range of -6dBm~+3dBm or higher, with a maximum saturated output power of 27dBm. It is often used to increase the emission power of laser light sources.

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Multimode Fiber Chromatic Aberration Collimator 1310nm (Beam Waist Spot Diameter 4mm)

It is composed of a group of large numerical aperture lens systems, suitable for multimode fibers with larger numerical apertures. This system can reshape the beam emitted from the multimode fiber, or couple a collimated beam into the multimode fiber, ensuring good collimation and beam shape over long distances.

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10：90 1x2 1064nm Polarization Maintaining Fiber Coupler FC/APC

These 2x2 polarization maintaining (PM) fiber couplers are designed for 460-2200 nm, with selectable coupling ratios of 50:50, 75:25, 90:10, or 99:1. The 2x2 coupler is bidirectional and can be used for separating and mixing signals (see 2x2 coupling example label). Polarization maintaining couplers are made using panda shaped polarization maintaining fibers, so they can maintain a high polarization extinction ratio (PER) when light is emitted along the slow axis of the fiber. As shown in the figure on the right, the stress rod is parallel to the fiber core and applies stress, generating birefringence in the fiber core to achieve polarization maintenance. Typical applications of polarization maintaining couplers include optical sensors, optical amplifiers, and fiber optic gyroscopes.

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Multimode Fiber Chromatic Aberration Collimator 1064nm (Beam Waist Spot Diameter 4mm)

It is composed of a group of large numerical aperture lens systems, suitable for multimode fibers with larger numerical apertures. This system can reshape the beam emitted from the multimode fiber, or couple a collimated beam into the multimode fiber, ensuring good collimation and beam shape over long distances.

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Multimode Fiber Chromatic Aberration Collimator 905nm (Beam Waist Spot Diameter 4mm)

It is composed of a group of large numerical aperture lens systems, suitable for multimode fibers with larger numerical apertures. This system can reshape the beam emitted from the multimode fiber, or couple a collimated beam into the multimode fiber, ensuring good collimation and beam shape over long distances.

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PS Class Micro Variable Optical Delay Line Single Mode 1064nm

Mini Variable Optical Delay Line

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Mid-Infrared TDLAS N2O ppm-level Concentration Analysis System 4.56um

TDLAS (Tunable Diode Laser Absorption Spectroscopy) is a new gas detection method developed based on the combination of a diode laser and a long optical path absorption cell, utilizing the wavelength modulation of the laser through the characteristic absorption region of the measured gas. The semiconductor laser source used in TDLAS technology has a spectral width much smaller than the gas absorption line broadening, resulting in single-line absorption spectra, making TDLAS a high-resolution absorption spectroscopy technique. Nitrous oxide (N2O), also known as laughing gas, is an inorganic compound with the chemical formula N2O. It is a hazardous chemical, a colorless gas with a sweet odor, and acts as an oxidizing agent that can support combustion under certain conditions. However, it is stable at room temperature and has mild anesthetic effects, causing laughter in some cases. When nitrous oxide enters the bloodstream, it can lead to oxygen deprivation, and prolonged inhalation can result in high blood pressure, fainting, and even heart attacks. Long-term exposure to such gases can also cause anemia and damage to the central nervous system. Experimental Instruments: 4.56um High-Power Desktop DFB-QCL Quantum Cascade Laser 2-15um CdHg (MCT) Mid-Infrared Photodetector with Amplification and TEC Mid-Infrared 5-meter Optical Path Short-Wave Broadband Gas Cell

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Multimode Fiber Chromatic Aberration Collimator 850nm (Beam Waist Spot Diameter 4mm)

It is composed of a group of large numerical aperture lens systems, suitable for multimode fibers with larger numerical apertures. This system can reshape the beam emitted from the multimode fiber, or couple a collimated beam into the multimode fiber, ensuring good collimation and beam shape over long distances.

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Multimode Fiber Chromatic Aberration Collimator 780nm (Beam Waist Spot Diameter 4mm)

It is composed of a group of large numerical aperture lens systems, suitable for multimode fibers with larger numerical apertures. This system can reshape the beam emitted from the multimode fiber, or couple a collimated beam into the multimode fiber, ensuring good collimation and beam shape over long distances.

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Multimode Fiber Chromatic Aberration Collimator 1550nm (Beam Waist Spot Diameter 4mm)

It is composed of a group of large numerical aperture lens systems, suitable for multimode fibers with larger numerical apertures. This system can reshape the beam emitted from the multimode fiber, or couple a collimated beam into the multimode fiber, ensuring good collimation and beam shape over long distances.

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Multi-mode fiber achromatic collimator 1550nm (beam waist spot diameter 10mm)

It is composed of a group of large numerical aperture lens systems, and can use multimode optical fibers with large numerical apertures. It can shape the light beam emitted from the multimode optical fiber, and can also couple the spatial flat beam into the multimode optical fiber, so that the light beam has a good collimation effect and spot shape within a long distance.

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