Azista USA provides hi-rel PCB manufacturing and assembly services for mission-critical aerospace, defense, and industrial applications. We produce rigid, flex, and mixed-technology PCBs using FR-4, polyimide, Kevlar®, PTFE, and other advanced materials - supporting 1-15 layers with features like fine line, lead-free, PCI compatibility, and stitch-wiring.
Our state-of-the-art facility supports:
We follow IPC-610 and IPC-620 standards and leverage hi-rel fabrication practices to ensure consistent quality, reliability, and on-time delivery - from rapid prototypes to volume production.
RF telemetry, TT&C transceivers, solar panels, RF & DC cables, and harnesses.
Automated Weather Stations, MSS reporting terminals, disaster alert transmitters, drifter buoys, upper air sounding systems, and tracking solutions.
BTP, BTS, and space - grade payload certification for MIL-grade subsystems.
Contributions to INSAT, GSAT, RISAT, IRNSS satellite payloads, ground checkout systems, and mass production of critical aerospace solutions.
We design robust RF telemetry systems that ensure accurate satellite data transmission in real-time, even in extreme space environments.
Our TT&C units provide reliable telemetry, tracking, and command functions, crucial for satellite operation and mission success.
We design efficient, lightweight power systems and customizable solar panels that ensure sustained satellite operations in orbit.
Our precision-engineered RF and DC harnesses are built to withstand launch vibrations and operate flawlessly in extreme space conditions.
Our AWS units collect and transmit environmental data from remote locations, supporting accurate and timely weather forecasting.
Compact MSS terminals provide reliable satellite-based communication in disaster zones, remote sites, and defence operations.
Designed for emergency scenarios, our transmitters deliver real-time alerts via satellite, enhancing disaster preparedness and response.
Our smart buoys transmit ocean data via satellite, supporting climate studies, marine ecosystem research, and environmental monitoring.
UASS solutions capture atmospheric data from high altitudes, aiding meteorological analysis and climate forecasting.
These systems offer real-time geolocation and identity verification for satellites, maritime vessels, and critical mobile assets.
We serve a wide array of industries with custom-engineered electronics designed for performance and longevity
We support full satellite life cycles with high-reliability electronics used in LEO, MEO, and GEO missions.
Our MIL-grade Satcom electronics ensure secure, long-range communication for critical defence operations.
We enable real-time environmental sensing through satellite-integrated weather and climate monitoring technologies
Our satellite-linked buoys and transmitters enhance oceanographic research and maritime safety systems.
We supply components for global navigation systems and satellite-based earth observation missions.
At Azista USA, we offer aerospace electronics manufacturing services designed for precision, reliability, and mission-critical performance. Our infrastructure supports space-grade electronics manufacturing with in-house capabilities to handle everything from build-to-print electronics manufacturing to fully engineered custom electronics for satellite systems.
To ensure uncompromised quality and performance, we maintain:
For contamination-free assembly of high-reliability components
To validate real-world RF performance Hydromet Calibration Systems - Ensuring accurate meteorological instrumentation
For scalable, streamlined production testing
For mission-ready components and system
Azista has successfully supported key Indian space missions by delivering high-performance components for
We supplied critical subsystems to support India’s communication and meteorology satellites.
Our components helped power high-throughput satellites for broadband and broadcasting applications.
We supported synthetic aperture radar missions with electronics capable of all-weather, day-night observation
Our systems were integrated into India's regional navigation constellation for precision timing and location services.
We also developed Automated Test Equipment (ATE) to streamline satellite mass production for these programs.
