Collimation Modules

INGENERIC Collimation Modules Compact fast- and slow-axis collimation for high-power diode lasers INGENERIC Home Integrated collimation for precise laser beam shaping INGENERIC C-modules are compact glass collimation modules that reduce the divergence of diode laser beams in both the fast and slow axes simultaneously. They combine two precisely matched micro-optics into a pre-assembled module, thereby […]
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Slow-Axis Collimator

INGENERIC Slow-Axis Collimation Precision Micro-Optics for Laser Bars and High-Power Diode Lasers INGENERIC Startseite INGENERIC SACs Our Slow-Axis Collimators (SACs), manufactured from high-quality optical glass, are specifically designed for collimating the slow axis of laser bars and multi-emitter diode lasers. They provide uniform and efficient beam shaping across multiple emitters and, together with FAC optics, […]
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Fast-Axis-Collimator

INGENERIC Fast-Axis-Collimation Precision Glass Micro-Optics for High-Performance Laser Systems INGENERIC Startseite INGENERIC FACs FAC optics made of high-precision glass are key components for beam shaping in modern high-power diode lasers. They collimate the highly divergent fast axis of the emitter, thereby ensuring stable, efficient, and reproducible beam quality. INGENERIC FAI As a leading partner in […]
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Optical Transceiver

Optical Transceiver Precision Micro-Optics for Efficient Coupling, High Data Rates, and Reliable Performance in Data Communication INGENERIC Startseite Optical transceivers are key building blocks of modern data communication, as they convert electrical signals into optical signals and vice versa. They enable high-speed data transmission over optical fiber with high bandwidth, low latency, and optimized energy […]
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Wavelength Selective Switches

Wavelength Selective Switches (WSS) Microlens Arrays for Precise Wavelength Selection, Low-Loss Routing, and Scalable DWDM Networks INGENERIC Startseite Wavelength Selective Switches (WSS) are core components of modern DWDM and ROADM networks, as they enable flexible routing, blocking, or attenuation of individual wavelengths without electrical signal conversion. They facilitate dynamic wavelength routing, improve bandwidth efficiency, and […]
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Photonics Integrated Circuits (PIC)

Photonics Integrated Circuits (PIC) Precision Optics for Efficient Coupling, High Bandwidth, and Scalable PIC Architectures INGENERIC Home Photonic Integrated Circuits (PICs) integrate active and passive photonic functions such as lasers, modulators, waveguides, and detectors on a single chip, forming the foundation for highly integrated, energy-efficient, and scalable systems in data centers, cloud infrastructures, AI clusters, […]
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