Key Takeaways Unmatched Lightweighting: Achieved a ≤ 40 kg/m² surface density and 90% weight reduction for large-aperture primary mirrors, setting a new benchmark in ultra-lightweight space optics. Superior Material Performance: RB-SiC mirrors outperformed Beryllium in thermal stability and specific stiffness, proving Reaction-Bonded Silicon Carbide (RB-SiC) as the optimal substrate for extreme space environments. AI-Driven Precision […]
Key Takeaways A client in a specialized industry sought a germanium lens to enhance situational awareness in low-light and low-visibility environments. The project presented challenges, including meeting stricter surface quality specifications and managing distortions from the coating process. Through advanced manufacturing and refined polishing techniques, we successfully delivered a lens that met the customer’s 40-20 […]
Key Takeaways – Optimized Lightweighting Design for a NIR Reflective Mirror The original design’s thin ribs and deep pockets achieved greater mass reduction (0.61× the optimized design) but introduced higher deformation risk and lower manufacturability. The optimized geometry by Avantier provides improved stiffness, reduced thermal distortion, and more reliable machining. Overall, the optimized design offers […]
Key Takeaways Avantier’s fixed focal length lenses deliver superior stability, high resolution, and dependable performance for helicopter aerial photography. Our optimized optical design minimizes vibration effects, ensuring sharp, distortion-controlled imaging for applications such as mapping and inspection. Lightweight construction enhances aircraft balance and gimbal integration, while wide temperature and shock tolerance ensure durability in demanding […]
Key Takeaways Endoscopic otoscope lens manufacturing requires advanced engineering to meet strict tolerance and optical performance standards. Through precision CNC machining for medical devices, Avantier successfully addressed the complex geometry and tight concentricity challenges of the Gold Otoscope. Our expertise in biomedical optical engineering solutions enabled effective fiber optic integration and assembly accuracy. The result […]
Key Takeaways Reliable Delivery: Avantier supplied high-precision infrared objective lenses on time, safeguarding the customer’s production schedule. Quality Assurance: Enhanced coating processes eliminated adhesion and color issues, ensuring both technical performance and visual consistency. Full Traceability: Each lens was supported with design documentation, approval records, and laser-engraved IDs for complete product confidence. Customer Confidence: By […]
Key Takeaways A defense client required a 300 mm MgF₂ dome for airborne optical systems, demanding ≥80% transmission up to 5 µm. Major challenges included high raw material cost, fracture risk in machining, stringent bonding prep, and short lead time. Avantier optimized bonding design, introduced controlled roughness zones. These solutions cut fracture risk, boosted yield […]
Key Takeaways Avantier engineered a custom 75° underwater lens assembly for subsea imaging, achieving an exacting ±0.03 mm back-focus tolerance. Through underwater resolution testing and iterative optical adjustments, the lens delivered uniform sharpness from center to edge. Validated in real subsea conditions, it supports ROVs, AUVs, offshore inspections, defense applications, and marine research. This project […]
Key Takeaways A leading medical laser manufacturer upgraded from plano-convex to germanium meniscus lenses, achieving enhanced focal accuracy. Challenges included optimizing aberration correction, ensuring infrared compatibility, and managing thermal sensitivity for reliable performance. Germanium meniscus lenses improved beam shaping and system reliability, enabling precise energy delivery for applications like laser surgery and thermal imaging. The […]
Wide Field Space Imaging Project Overview Meeting the growing demand for large-area Earth observation requires optical systems that combine wide field of view, high optical performance, and compact design. One such solution is a space camera optical system based on an off-axis four-mirror freeform design, achieving a 70° ultra-wide field of view from a 640 […]
