PLX's Active Optics Technology

Active Optics technology is a versatile solution, catering to the high precision needs of the defense, aerospace, C-UAS, industrial manufacturing, and robotics sectors.

PLX Active Optics allows precise beam steering and modulation with unprecedented accuracy for various applications.

Our Monolithic Optical Structure Technology™ (M.O.S.T.) is integral for enabling PLX Active Optics to deliver extremely precise laser scanning systems with stable accuracy for target tracking and metrology applications in the harshest operating conditions.

PLX technology can be seamlessly integrated into host systems with minimal calibration requirements and no need for recalibrating over time.

Our O-LAMM technology, designed for manufacturing applications, significantly reduces waste, downtime, and set-up costs, making it a cost-effective solution.

PLX's T-LRF system is designed for tracking fast-moving targets at long and short ranges with multiple points at a rate up to 1000 Hz, in a smaller, lighter, low power unit.

The use of MEMS-based scanning for high-precision tracking demonstrates a magnitude of improvement in precision over comparable conventional systems, opening up a variety of applications using laser-based metrology technology.

Our Active Optics Tecnhnology offers superb Laser scanning performance

• Sub arc second precision
• Customized field of view
• Real-time read out, up to 1000 Hz
• Multiple target tracking
• No calibration required thanks to PLX invariant optics technology

Designed for System Integrators

• Robust, compact, and lightweight systems
• User software can be embedded in the device to optimize performance and simplify integration
• Industry standard ethernet protocols and USB supported
• Users can trade off precision, read-out rate, and field of view to suit their application

Applications enabled by the Active Optics Technology

For more information, please visit our contact us page