Custom Sensor Packaging
Engineered from the Inside Out
At SAAZ, sensor performance doesn’t stop at the focal plane—it’s amplified through precision-engineered packaging. Our Custom Sensor Packaging solutions are designed to meet the extreme environmental, mechanical, and thermal demands of aerospace, defense, space, and industrial missions.
From deep-space radiation shielding to high-vibration tactical platforms, we develop packaging that protects, connects, and optimizes. Whether you’re integrating a high-performance ROIC, an infrared focal plane, or a multispectral array, our team ensures the sensor package is as robust and mission-ready as the sensor itself.
Our Offerings
Mission-Specific Packaging Designs
Tailored solutions for cryogenic space missions, high-G defense platforms, and rugged industrial deployments.
Vacuum & Thermal Management
Hermetic sealing, thermal dissipation, and cooling interfaces engineered for long-term performance and stability.
Electrical & Optical Interfacing
Precision-aligned interconnects, lens mounts, and windows designed to ensure optimal optical paths and electronic connectivity.
Materials Engineering
Custom packaging materials including ceramics, metal alloys, and composites for conductivity, shielding, and mechanical durability.
SWaP-C Optimization
Packages engineered for minimal size, weight, and power without compromising protection or alignment.
Flexible Integration Models
Options for wafer-level, chip-on-board, hybrid, or full module integration—compatible with your system architecture.
Applications
Cryogenic Packaging for Deep Space Sensors
Developed multi-layer vacuum-sealed packages with low-outgassing materials and custom thermal interface materials for planetary exploration.
Vibration-Hardened IR Modules
Designed rugged housings with shock-resistant mounts for battlefield surveillance payloads deployed on UAVs and mobile platforms.
Miniaturized Sensor Stacks
Delivered stacked sensor modules with precise alignment and bonding for hand-held multispectral analysis tools.
