Main features
Post-link accuracy (± 0.5 µm): Provides perfect alignment and connection capabilities for microchip structures.
Specialized ultra-low force design (0.2-10 N): Absolute safety protection, preventing mechanical damage to thin, fragile, sensitive optical and photonic components.
Advanced robotic axis system: Ensures extremely high process repeatability, eliminating numerical errors caused by manual operation.
Outstanding flexible adaptability : Allows engineers to easily configure and customize to develop a wide range of different applications.
Easy system accessibility: Optimized interaction design, enabling operators to work conveniently and accelerate setup progress.
Detailed description
Technology & Operating Principles
ACCµRA OPTO operates based on a high-precision mechanical platform synchronized through motorized axes. The core principle of the device is to simultaneously combine strict control between the heating temperature and the ultra-low compression force range. The system allows for precise optical alignment before performing flip-chip bonding processes to assemble sensitive chips onto the wafer base.
In the field of optoelectronic and photonics assembly, structural components such as laser diodes, lenses, or optical integrated circuits often have very brittle characteristics and are extremely sensitive to force. The use of conventional packaging machines with a large force range can easily cause cracking or misalignment of components. ACCµRA OPTO thoroughly addresses this issue thanks to the design of a low-force bonding head that controls a force range of only 0.2 N to 10 N, protecting the integrity of the material structure while maintaining sub-micron accuracy of ± 0.5 µm.
Integration/Expansion
The device is designed with a highly flexible open platform, allowing users to easily optimize for new product lines and materials. The system is specialized for integrating, packaging, and processing advanced applications including Silicon Photonics, Optoelectronics, micro-optical components, and in-depth research topics in laboratories and educational institutions (Education and R&D).