Equipping robotic arms with "eyes"? Achieving fully automated recognition and grasping with SingTown AI vision technology

SingTown Technology's intelligent camera system based on OpenMV enables automatic recognition and coordinate positioning of desktop bottles. Utilizing AI and machine vision algorithms, the system can identify bottle shapes, positions, and postures in real time, transmitting coordinate data to robotic arms for precise grasping and placement. This provides an efficient visual control solution for smart manufacturing, laboratory automation, and warehousing logistics.

In scenarios such as intelligent manufacturing, automated sorting, and experimental operations, the core capability for achieving high-efficiency automated tasks lies in the robot's accurate identification of object positions and completion of automated grasping. SingTown Technology's AI smart camera solution, based on the OpenMV platform, utilizes machine vision and image recognition technologies to achieve real-time identification, positioning, and coordinate output of desktop bottles.

The system employs cameras to capture images of the workbench surface. AI algorithms precisely identify the bottle's outline, colour features, and spatial position, calculating the two-dimensional or three-dimensional coordinates of the bottle body. The recognition data can be transmitted in real-time to the robotic arm control system through communication interfaces, enabling automatic identification, grasping, and placement.

The system fit well for different light, background, and bottle material, making sure recognition and positioning remain sharp even for tough factory setting. The OpenMV smart camera come small, use little power, and support high frame rate, giving edge deployment benefit. It can handle recognition-to-output work on its own locally, good for mounting on robot arm tip, above conveyor belt, or fixed inspection spot, allowing fast dynamic recognition and easy grab control.

SingTown Technology dey focus on edge AI, machine vision, and computer vision technologies, wey dey make smart cameras fit achieve di closed-loop process of "detecting bottles, calculating coordinates, and guiding robotic arm movements." E dey provide high-precision, highly reliable embedded vision control solutions for smart manufacturing, warehousing and logistics, and automated experimentation.