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Brimrose, a leading developer of acousto-optic and tunable photonic solutions, is featured on GoPhotonics for its broad portfolio of acousto-optic modulators, deflectors, Q-switches, mode lockers, and AOTF-based spectrometers designed for high-performance laser control, optical signal processing, and spectral analysis. The company focuses on precision beam modulation, wavelength-selective filtering, high-speed optical switching, and stable RF-driven photonic control to enable reliable operation in advanced laser and measurement systems. Its technologies support both free-space and fiber-coupled architectures, enabling flexible integration into OEM photonic platforms across research and industrial environments. These solutions are widely used in laser material processing, spectroscopy, telecommunications, fiber sensing, optical imaging, lithography, medical laser systems, and advanced industrial photonics applications.
FSQ-80-5-BC - SiO2 Acousto-Optic Q-Switch for Lithography Applications
The FSQ-80-5-BC is a SiO2 acousto-optic Q-switch operating at a wavelength of 1060 nm. It is based on acousto-optic Q-switching technology and designed for laser pulse control applications. It supports linearly polarised operation with digital modulation capability and optical beam switching functionality. It provides stable optical transmission with controlled diffraction efficiency for pulsed laser operation. It is designed for integration into OEM laser systems with optional cooling configurations. It is ideal for laser marking, cutting, pulsed holography, lithography, 3D microfabrication, medical surgery, optical data storage, and OEM laser system applications.
TEM-110-10-55-2FP - Acousto-Optic Modulator for Spectroscopy Applications
The TEM-110-10-55-2FP is an acousto-optic modulator operating at a wavelength of 380 nm - 1600 nm. It is based on fiber-coupled acousto-optic modulation technology and designed for optical signal control applications. It supports RF-driven modulation with stable frequency operation and is optimized for fast optical switching performance. It provides high extinction ratio operation and low insertion loss for controlled beam modulation in optical systems. It is designed in a hermetically sealed package for integration in fiber-based optical setups and OEM designs. It is ideal for TTL and analog amplitude modulation, fast attenuation, gain tilt control, EDFA power control, loop-back switching, telecommunications, fiber sensing, pulse picking, Q-switching, spectroscopy, and fiber laser applications.
TED-320-200 - Acousto-Optic Deflector for Laser Printing Applications
The TED-320-200 is an acousto-optic deflector operating at a wavelength of 380 nm - 1600 nm. It is based on acousto-optic beam deflection technology and designed for laser beam steering and scanning applications. It provides linearly polarised operation with 1-D and 2-D deflection capability and uniform scan intensity for stable beam control. It supports fast switching performance for high-speed optical scanning and signal processing applications. It is designed for integration into compact laser systems and OEM configurations. It is ideal for continuous laser beam deflection, vector scanning, signal processing, graphic and laser printing, optical inspection, digital imaging, photolithography, and OEM laser system applications.
FSML-80-20-BR1064 - Acousto-Optic Mode Locker for OEM Laser Systems
The FSML-80-20-BR1064 is an acousto-optic mode locker operating at a wavelength of 1064 nm. It is based on a fused silica substrate and designed for free-space operation. It is built for RF-driven modulation and optical beam control in laser systems. It is designed for stable optical performance in advanced photonic setups. It is suitable for integration into OEM laser configurations. It is ideal for photonic sampling, femtosecond laser micromachining, corneal surgery, nonlinear optics, optical parametric oscillators, optical data storage, and OEM laser system applications.
Luminar 4030 - Free Space AOTF-NIR Spectrometer
The Luminar 4030 is a Free Space AOTF NIR spectrometer operating in the spectral range of 850 nm - 1700 nm, 900 nm - 1800 nm, and 1100 nm - 2300 nm. It is based on acousto-optic tunable filter technology and designed for spectral analysis applications. It supports real-time dual beam referencing and multiple monitoring sensors for measurement stability. It is configured for benchtop operation with flexible mounting options and supports industrial communication interfaces. It is ideal for food and agriculture analysis, biodiesel feedstock and fuel analysis, flour quality measurement, soybean fatty acid analysis, blending uniformity studies, fluidized bed drying, and tablet coating inspection applications.
With its broad portfolio of acousto-optic modulators, deflectors, Q-switches, mode lockers, and acousto-optic tunable filter based spectrometers, Brimrose Corporation enables precise optical beam control, high-speed wavelength tuning, and efficient RF-driven modulation across advanced photonic systems. By combining acousto-optic interaction technology, stable RF control architectures, high transmission optical designs, and application-specific device engineering, Brimrose delivers reliable performance, fast switching capability, and accurate spectral and spatial light manipulation. Brimrose’s focus on acousto-optic precision, beam steering efficiency, and wavelength-selective control makes it a trusted provider for spectroscopy, laser material processing, telecommunications, optical sensing, lithography, medical laser systems, and advanced industrial and research photonics applications.
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