R Series
For precision transfer and compact-space operation, covering SCARA, 6-axis, lift, and linked configurations.
Built for precision transfer, compact-space operation, and lift-linked workflows so teams can judge form factor, extension combinations, and delivery paths faster.
Browse R / M / MR, embodied platforms, controller hardware, and accessories first, then enter the product center for model-level products and specs.
For precision transfer and compact-space operation, covering SCARA, 6-axis, lift, and linked configurations.
Autonomous mobile bases covering different payload classes and deployment rhythms.
Integrated mobile, lift, and manipulation platforms for cross-area collaborative work.
VR teleoperation, master-slave teleop, and drawing platforms for embodied training, validation, and demos.
Integrated control hardware for real-time motion, bus synchronization, and dense I/O integration.
Rail-platform and rotary-platform modules for extending travel, transfer, and station flexibility.
Quickly find representative application entry points across semiconductors, biopharma, composite operations, and embodied development.
Provides automated transfer and station-to-station coordination for samples, medicines and medical devices in hospitals and laboratories, helping improve process efficiency, reduce manual contact and enhance traceability.
Provides material transfer, equipment loading and scheduling coordination for wafer and chip manufacturing under clean and process-sensitive conditions, supporting stable handling, precise positioning and process traceability.
Focused on embodied development and dual-arm operation validation, this direction combines dual-arm robot hardware, body control and algorithm development for grasping, interaction and experimental validation tasks.
Based on composite robot technology and multi-OS hybrid deployment virtual machines, integrating multiple functional modules to provide comprehensive automation solutions. Through multi-functional integration, intelligent scheduling, and unified management of heterogeneous systems, it enables efficient collaboration and flexible production in complex scenarios. Supporting composite configurations of mobile platforms + robotic arms, it meets diverse industrial application needs and improves overall system efficiency.
Built around robot control, scheduling and multi-robot coordination capabilities, this direction supports automation cells and linked production workflows across electronics, automotive parts and 3C manufacturing.
Built on four-axis and six-axis robotic arm capabilities, and combined with motion control and vision-guided techniques, this direction supports precision assembly in 3C electronics, optical devices and precision instruments.
Representative videos that make product fit and real-world deployment paths easier to judge.