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Laser 2000, a photonics technology and distribution company specializing in advanced fiber optic components, laser systems, optical test and measurement instruments, and photonic solutions, for industrial, scientific, telecommunications, and research applications. The company focuses on enabling high performance optical signal control, precise wavelength management, stable fiber integration, and accurate optical measurement across fiber optic communication and laser based systems. Its portfolio includes erbium doped fiber amplifiers, fiber optic isolators, optical circulators, acousto optic devices, and precision polarization and optical characterization instruments designed for low loss transmission, high stability, and reliable system integration. Laser 2000 solutions are widely used in DWDM optical communication systems, fiber laser systems, optical sensing, laboratory research, photonic component testing, and advanced optical network development applications.

AEDFA-L-EX1-DWDM - CW Erbium-Doped Fiber Amplifier for Research Applications

The AEDFA-L-EX1-DWDM is an erbium doped fiber amplifier that operates in the C-band and L-band wavelength range around 1527 nm to 1567 nm and 1570 nm to 1620 nm for DWDM optical communication systems. It provides optical signal amplification across these wavelength bands for multi channel fiber optic transmission and long distance communication systems. It supports stable gain control modes such as ACC, APC and optional AGC to maintain consistent output power and signal quality. It ensures low noise operation and supports DWDM channel amplification with minimal signal distortion across the operating bands. It is available in compact benchtop and 19 inch rackmount configurations with connector options including FC/APC, FC/UPC, SC/APC and SC/UPC for flexible system integration. It is ideal for DWDM optical communication systems, long haul fiber optic networks, CATV systems, fiber optic sensing, laboratory research and optical signal amplification applications.

GPC-ISO / NISO - Fiber Optic Isolator for  Research Applications

The GPC-ISO / NISO is an in line fiber optic isolator that operates at 1064 nm, 1310 nm and 1550 nm for suppressing back reflections in fiber optic systems. It provides optical isolation to reduce reflected signals and maintain stable signal transmission in fiber based setups. It supports both polarization insensitive and polarization maintaining configurations, enabling use in different polarization environments while maintaining low polarization dependent loss. It ensures high return loss and stable optical performance for consistent operation in fiber optic networks. It supports integration with single mode and polarization maintaining fibers for compatibility with various optical system designs. It is available as a pigtailed isolator (ISO) or NoTail version (NISO) with connector options including FC/PC, FC/APC, SC/PC and SC/APC. It is ideal for fiber amplifiers, fiber lasers, WDM systems, optical transmitters and laboratory research applications.

GPC-CIR - Fiber Optic Circulators for Add/Drop Filter Applications

The GPC-CIR is a fiber optic circulator that operates at wavelengths of 1064 nm, 1310 nm and 1550 nm for optical signal routing and add drop filter applications in fiber optic systems. It enables controlled directional transmission of optical signals between multiple ports to support signal routing and separation in photonic networks. It provides stable circulation performance across the specified wavelength bands for both single mode and polarization maintaining fiber configurations. It supports low loss and high isolation operation to maintain signal integrity and reduce unwanted back reflections in optical systems. It is designed for integration with single mode and polarization maintaining pigtailed fibers for flexible system compatibility. It is available in compact package formats suitable for integration into optical assemblies and laboratory setups. It is ideal for add drop filters, erbium doped fiber amplifiers, dispersion compensation systems, bi directional communication systems and fiber optic signal routing applications.

FSML-44-20-BR-800 - Acousto-Optic Mode Locker for Digital Switching Applications

The FSML-44-20-BR-800 is a fused silica acousto-optic mode locker that operates at a wavelength of 800 nm for digital switching and optical modulation applications. It provides acousto-optic mode locking functionality for controlled interaction between RF signals and optical beams to enable stable modulation and switching performance. It supports variable frequency driver operation for flexible modulation control in laser systems. It is designed for integration into optical setups requiring precise intensity modulation and beam control at the specified wavelength. It is ideal for low power lasers, RF based optical modulation, analog light intensity modulation and digital switching applications.

GPC-ERM-202 - Polarization Extinction Ratio Meter for IOC Measurements

The GPC-ERM-202 is a polarization extinction ratio meter that operates over a wavelength range of 1260 nm to 1650 nm for polarization measurement in optical systems. It enables polarization extinction ratio measurement for evaluating polarization performance in fiber optic components and systems. It supports angular measurement functionality for alignment and polarization state evaluation. It provides optical input compatibility for FC connector based systems and supports integration into test and measurement setups. It offers multiple interface options including USB, RS-232, Ethernet and GPIB for automated and laboratory use. It is available in a compact modular format for bench and production environments. It is ideal for integrated optical circuits, polarization maintaining couplers, polarization beam splitters, coupler division ratio testing, PM fiber alignment, PM patch cord assembly, laser diode pigtailing and fiber gyroscope quality assurance applications.

With its portfolio of erbium doped fiber amplifiers, fiber optic isolators, optical circulators, acousto optic devices, and precision polarization and optical measurement instruments, Laser 2000 enables stable optical signal transmission, controlled wavelength routing, and accurate photonic characterization across advanced fiber optic systems. By combining low loss performance, high isolation, precise optical modulation, and reliable measurement capabilities, the company delivers consistent system performance, improved signal integrity, and flexible integration for complex optical setups. Laser 2000’s focus on fiber optic component engineering, optical test and measurement precision, and application driven photonic solutions makes it a trusted partner for DWDM communication systems, fiber laser technology, optical sensing, laboratory research, and advanced photonic network applications.

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