Acousto-Optics Devices Are Increasingly Being Adopted In Various Industrial Processing Applications Including Laser Printing and Scanning
Acousto-optics devices use the acoustic effect to modulate light beams. These devices are widely used in signal processing, ultrasonic wave measurement, and biomedical applications. Among its applications, acousto-optics devices provide noncontact imaging of soft tissues, internal organs, and structures. There are many types of acousto-optic devices.
Lithium niobate waveguides are common in acoustic optical devices, and their use requires a large footprint. Another important aspect of Acousto-optics Devices is that they can be used to modulate light waves. High-frequency sound waves can be used to modulate a laser’s phase, amplitude, frequency, and polarization. These devices are used in a variety of applications, including agriculture, entertainment, and defense. The polarization-independent operation of an AOM is important for applications requiring accurate diffraction.
Commercial airplanes are a significant source of acoustic optical devices. With the increased demand for commercial airplanes, the aerospace industry is increasingly turning to fiber lasers for Acousto-optics Devices. These devices have many advantages, including improved energy efficiency, lower machine footprint, and faster cycle times in high-volume production. Furthermore, they reduce aircraft weight, which is one of the key factors in aircraft safety.
Acousto-optics devices are crucial for a wide variety of military applications. They enable the development of defensive systems and lower operational costs. Increasingly, they can be used in satellite surveillance and communication systems. RF-based optical networks on satellites can enhance satellite surveillance and reduce overall operational costs. Further, acousto-optic devices can be used to improve defense communications. They can also help in identifying hostile threats and spotting the incoming threat.
The market for Acousto-optics devices is characterized by strong piezoelectric and photo-elastic properties. Moreover, the acoustic devices market will be impacted by the weaker guiding of light, which will affect the procurement of this type of device. Increasing adoption of acousto-optics devices in various industrial processing applications, including laser printing, material processing, and scanning is driving the market growth. In May 2022, IonQ, a leading quantum computing company introduced its IonQ Forte, a latest generation of its quantum system. The 32-qubit system uses acousto-optic deflector (AOD) technology, which allows it to dynamically direct laser beams driving quantum gates towards individual ions.