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IntraAction, a leading developer of acousto-optic devices and RF-driven photonic components, offering a comprehensive portfolio of acousto-optic modulators, deflectors, frequency shifters, and Q-switches designed for precise optical beam control, frequency manipulation, and high-speed light modulation. The company focuses on acousto-optic interaction technology, enabling accurate intensity modulation, beam steering, and frequency shifting across a wide range of laser wavelengths for stable and efficient optical system performance. Its solutions are engineered for reliable operation in demanding environments, supporting both laboratory and industrial laser systems with robust RF-controlled photonic architectures. These technologies are widely used in photolithography, laser material processing, spectroscopy, optical communication, imaging systems, advanced OEM photonics, and scientific applications.
AOM-402AF1 - Acousto-Optic Modulator for Photolithography Applications
The AOM-402AF1 is a dense flint glass acousto-optic modulator operating at a wavelength range of 440 nm - 700 nm. It is based on acousto-optic modulation technology and designed for optical intensity modulation, frequency shifting, and beam deflection applications. It supports RF-driven operation with a defined acoustic center frequency and enables optical frequency shifting within a specified range. It provides high diffraction efficiency and low optical insertion loss for stable modulation performance in laser systems. It is designed for integration into photolithography and precision optical setups. It is ideal for intensity modulation, optical frequency shifting, and laser beam deflection applications.
AQS-801GA4 - Acousto-Optic Q-switch for OEM Laser Applications
The AQS-801GA4 is an acousto-optic Q-switch operating at a wavelength range of 1.047 µm - 1.064 µm. It is based on dense flint glass and designed for RF-driven optical switching in laser systems. It supports controlled acousto-optic Q-switching for pulsed laser operation. It enables stable optical modulation for laser beam control and pulse generation. It is designed for integration into OEM laser systems. It is ideal for laser Q-switching, pulse generation, laser marking, material processing, medical laser systems, spectroscopy, and OEM laser applications.
AOD-70 - Acousto-Optic Deflector for Lithography Applications
The AOD-70 is an acousto-optic deflector operating at a wavelength of 633 nm. It is based on dense flint glass crystal material and designed for optical beam deflection applications in the red spectral region. It is configured for RF-driven beam steering and supports controlled optical deflection for laser systems. It is designed for integration into optical setups requiring stable beam scanning performance. It is ideal for laser beam scanning, optical signal processing, laser printing, optical inspection, lithography, and OEM laser system applications.
AGM-402A1 - Acousto-Optic Frequency Shifter for Spectroscopy Applications
The AGM-402A1 is an acousto-optic frequency shifter that operates at a wavelength of 10.6 µm. It is based on optical single crystal germanium and designed for RF-driven frequency shifting in infrared laser systems. It supports variable frequency shifting with controlled RF operation and enables optical beam modulation for high-power applications. It provides stable acousto-optic interaction for beam control and supports free-space optical configuration. It is designed with water-cooled operation for thermal management and supports BNC RF interface for system integration. It is ideal for infrared laser frequency shifting, beam modulation, optical signal processing, spectroscopy, and OEM laser system applications.
MLR-403BB10 - Acousto-Optic Mode Locker for Research Applications
The MLR-403BB10 is an acousto-optic mode locker operating at a wavelength range of 700 nm - 900 nm. It is based on schlieren grade fused silica and designed for RF-driven mode locking in Ti:Sapphire laser systems. It supports controlled acousto-optic modulation for stable pulse generation in laser systems. It enables optical beam modulation for ultrafast laser operation. It is designed for free-space optical integration with a rhomboid window configuration. It is ideal for ultrafast pulse generation, mode-locked laser systems, spectroscopy, biomedical imaging, optical research, and OEM laser applications.
With its broad portfolio of acousto-optic modulators, deflectors, Q-switches, frequency shifters, and RF-driven optical components, IntraAction Corp. enables precise beam modulation, controlled frequency shifting, and high-speed optical switching across a wide range of laser systems. By combining acousto-optic interaction engineering, stable RF-driven architectures, high-performance crystal materials, and application-specific device designs, IntraAction delivers reliable modulation performance, accurate beam control, and efficient signal manipulation. IntraAction’s focus on acousto-optic precision, modulation stability, and laser system integration makes it a trusted provider for photolithography, spectroscopy, laser material processing, optical communication, imaging systems, and advanced industrial and research photonics applications.
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