Active stereo 3D sensing, biometrics, environmental perception, and AGV (Automated Guided Vehicle) collision avoidance.

Glass molding aspheric lenses include symmetrical aspheric, hyperbolic, freeform, cylindrical and other types of lenses. They are widely used in visible light and infrared imaging/detection products and are extensively applied in security, automotive, mobile phones, projection, AR, unmanned aerial vehicles, medical, laser lenses and other fields. They possess irreplaceable characteristics such as high optical stability, aberration correction, weight reduction and reduced number of lenses. The company has the capacity for sample making and mass production throughout the entire process of mold processing, mold coating, mold pressing, core removal, coating, ink application/silk-screen printing.

Manufactured using semiconductor photolithography technology, allowing for compact component size and high precision.

Ultra-minimally invasive design enables access to narrow cavities that traditional endoscopes can not reach, significantly reducing patient trauma and discomfort. Despite its compact size, it integrates a high-resolution imaging system and an illumination module, ensuring diagnostic and therapeutic accuracy in low-light in-vivo environments.

Applied to proximity light sensors, it eliminates hot spots and uneven brightness distribution, adjusts the angle of transmitted light, broadens the field of view with softened illumination, attenuates intense light, and prevents sensor burnout caused by localized high‑intensity exposure.

Deployment on robotic arm end based on self-developed UMI data acquisition equipment. The robotic arm automatically grabs objects.