Empowering Photonics and Micro Optics Innovation via DALP Technology: Fast Prototyping in AR and VR

ATLANT 3D technology has opened new horizons in the field of micro-optics, offering transformative capabilities for the fabrication of highly complex optical components. ATLANT 3D's technology employs a direct-write approach that enables the deposition of advanced materials at micro-scale resolutions. This precision is essential for applications in photonics, sensors, augmented reality (AR-VR), and biomedical devices, where micro-optical structures are critical for improving functionality, miniaturization, and efficiency. By integrating additive manufacturing principles with micro-fabrication, ATLANT 3D technology eliminates the need for traditional photolithography processes, thus reducing production costs, complexity, and time-to-market for micro-optic devices. The technology’s versatility allows for the direct deposition of multiple materials in a single workflow, facilitating the design of hybrid optical systems with custom properties. This approach not only enhances the performance and adaptability of micro-optics but also broadens the potential for innovation in optics-driven industries. This talk explores the fundamental principles behind ATLANT 3D technology and its significant role in advancing micro-optics applications. It discusses the advantages of this approach and provides insight into its impact on future developments in photonic and optical systems.