Dual-Arm Elf DW-R1

Agile Technology

China

The Dual-Arm Elf DW-R1 is Agile Technology's core complete machine for discrete flexible production lines, and it exists because of a specific complaint about the industrial robot market: parameters look impressive on paper, but the machines struggle with flexible workpieces once they reach the line. The company's answer was to work backwards from the process rather than forwards from a general-purpose body, looking at what wiring-harness bending, terminal crimping, food sorting, soft-material packaging, fine assembly and loading actually demand of joint force-control precision, torque density, response speed and ingress protection, and then defining the joints and the machine from those requirements. The result is a symmetric dual 7-degree-of-freedom arm architecture using the company's own joint modules, with each arm perceiving independently while the two share force control, so they can either mirror each other or divide a composite process between them. It rides a high-passability wheeled chassis rated for 15-degree gradients, which lets it move between workstations and across zones over workshop ramps and uneven floors instead of being bolted to one station. Its purpose is the work that fixed automation does badly: wiring harnesses are soft, come in many variants and need precise insertion without nicking the insulation or bending the pins, while food must be handled gently under strict cleanliness rules. Rather than selling one general-purpose joint, the company defines each joint for its position - the shoulder for torque and power density, the elbow for transmission efficiency and impact resistance, the wrist for low weight, high torque and micron-level positioning - and pairs them with a control architecture claiming current-loop bandwidth above 1 kHz, a 200 Hz speed loop, real-time trajectory planning and dual-encoder closed-loop control. It was launched on 29 September 2026 in Zhangpu Town, Kunshan, alongside cooperation agreements that place it into real production environments for validation.