Beam Control
Precision Control on Target
At the intersection of advanced photonics and precise engineering, we deliver mission-critical solutions designed to master the most challenging optical environments. Our core expertise spans the development, fabrication, and integration of high-performance optical systems. MZA offers full beam control solutions, including high-speed gimbals and large-aperture beam exanders, high-bandwidth stabilization and adaptive-optics compensation, and beam transfer assemblies. MZA's beam control solutions handle the HEL beam from laser output, through the atmosphere, and onto the target.
Beam Directors & Telescope Systems
From conceptual design to field deployment, we build state-of-the-art optical telescopes and beam directors. Optimized for long-range power transmission and high-fidelity imaging, our large-aperture reflective and refractive systems provide the precision tracking, slewing, and focusing necessary for complex aerospace and defense applications.
Adaptive Optics & Wavefront Sensing
We specialize in high-speed tracking and wavefront compensation sensors and control devices engineered to operate in dynamically changing environments. By utilizing high-frame-rate sensor architectures and intelligent control loops, our systems detect and correct phase distortions in real time, ensuring maximum beam stability, crisp imaging, and uncompromised target tracking.
MZA’s affiliate, Active Optical Systems (AOS) started in 2005 by developing the lowest-cost high-quality deformable mirror on the market. Today, AOS is a one-stop shop for virtually all adaptive optics needs. Please visit the AOS website for more information or contact us for information on any of our products that are not descrbed in detail on the website.
High Power Deformable Mirrors & Fast Steering Mirrors
To support the demanding requirements of directed energy and advanced laser systems, we design and manufacture ruggedized, active optical components:
- High Power Deformable Mirrors (HPDMs): Engineered to withstand extreme thermal loads while dynamically altering surface profiles to counteract localized phase aberrations.
- High Power Fast Steering Mirrors (HPFSMs): Delivering ultra-precise, micro-radian level angular adjustments to eliminate high-frequency line-of-sight jitter and stabilize beam delivery under intense operational conditions.
Low-Latency Control Infrastructure
Our team develops robust real-time and distributed control systems capable of processing massive streams of diagnostic data simultaneously. Utilizing deterministic software frameworks and high-speed hardware topologies, these systems ensure that correction commands are computed and routed to actuators with minimal phase lag, maintaining seamless closed-loop performance.
Diagnostic & Experimental Instrumentation
Validation is core to our engineering philosophy. We develop custom experimental optical measurement devices and diagnostic testbeds to rigorously evaluate system performance. Our proprietary profiling tools quantify beam quality M², wavefront error, and power distribution, bridging the gap between theoretical modeling and empirical reality.
Atmospheric Characterization
The atmosphere is highly unpredictable, but our technology helps you see through the noise. We build specialized atmospheric measurement and characterization devices—including advanced scintillometers and sensing suites, to profile environmental turbulence Cn2 and attenuation in real time. This critical data allows our adaptive systems to pre-compensate for atmospheric disturbances before they degrade performance.
High-Power Optical Fabrication
Leveraging specialized thin-film coating and deterministic polishing technologies, we offer end-to-end large high-power optic fabrication. Our manufacturing processes achieve exceptionally low surface roughness and ultra-high Laser-Induced Damage Thresholds (LIDT), ensuring that our large-aperture optics can manage multi-kilowatt power levels without structural or thermal degradation.