Atom

DOBOT's Atom humanoid robot brings the Chinese collaborative robot manufacturer's precision manipulation expertise to humanoid form. Known for desktop robot arms popular in education and light industrial applications, DOBOT entered the humanoid market with a platform emphasizing precision over raw capability.

Atom features 28 degrees of freedom with remarkable ±0.05 mm precision, enabling ultra-precise tasks like micro-component assembly and delicate lab handling that most humanoids cannot match. The Neuro-Driven Dexterity System (NDS) controls upper-body movement through a Transformer-based architecture with binocular RGB vision, servo-level vibration suppression, and 200 Hz high-frequency control for smooth, human-like fine motor skills.

The robot's energy-efficient straight-knee walking uses a human-inspired gait consuming 42% less energy than traditional bipedal motion while delivering stability and natural movement. DOBOT's proprietary Robot Operator Model-1 (ROM-1) provides 7.7x industry-standard compute for autonomous adaptation in unstructured environments.

Atom targets applications where precision matters: lab automation, small-part assembly, and human-robot collaboration requiring fine motor skills. The platform integrates into complex industrial and service settings from automotive lines to café robotics and pharmacy automation. DOBOT's manufacturing scale and supply chain, developed through years of producing educational and collaborative robots and supports competitive pricing for the precision-focused segment.