Realman Robotics Ultra-Lightweight Robotic Arm (RM65-6F) is a Robot Accessory from REALMAN. Technology and Specifications Core performance (published figures) Commonly cited published specifications for the RM65-6F include: Axes (DOF): 6 Payload: 5 kg Reach / working radius: 638.5 mm Repeatability: 0.05 mm Robot weight: 7.3 kg Protection rating.
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Realman Robotics Ultra-Lightweight Robotic Arm (RM65-6F) is a Robot Accessory from REALMAN. Technology and Specifications Core performance (published figures) Commonly cited published specifications for the RM65-6F include: Axes (DOF): 6 Payload: 5 kg Reach / working radius: 638.5 mm Repeatability: 0.05 mm Robot weight: 7.3 kg Protection rating: IP54 (arm body) Some listings additionally note a peak load of 9 kg for the RM65-6F.
Realman Robotics Ultra-Lightweight Robotic Arm (RM65-6F) is a Robot Accessory from REALMAN. Technology and Specifications Core performance (published figures) Commonly cited published specifications for the RM65-6F include: Axes (DOF): 6 Payload: 5 kg Reach / working radius: 638.5 mm Repeatability: 0.05 mm Robot weight: 7.3 kg Protection rating: IP54 (arm body) Some listings additionally note a peak load of 9 kg for the RM65-6F.
With published specs including 5 kg payload, 638.5 mm reach, 0.05 mm repeatability, IP54 body rating, and multiple teaching/control options (including API/JSON), it is commonly presented as a compact platform for labs, pilot production cells, and R&D teams seeking an ultra-light articulated arm with a “6-axis-force” variant profile.
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Technology and Specifications Core performance (published figures) Commonly cited published specifications for the RM65-6F include: Axes (DOF): 6 Payload: 5 kg Reach / working radius: 638.5 mm Repeatability: 0.05 mm Robot weight: 7.3 kg Protection rating: IP54 (arm body) Some listings additionally note a peak load of 9 kg for the RM65-6F.
With published specs including 5 kg payload, 638.5 mm reach, 0.05 mm repeatability, IP54 body rating, and multiple teaching/control options (including API/JSON), it is commonly presented as a compact platform for labs, pilot production cells, and R&D teams seeking an ultra-light articulated arm with a “6-axis-force” variant profile.
Commonly cited benefits include its light weight (~7.3 kg), 5 kg payload, 638.5 mm reach, 0.05 mm repeatability, integrated controller concept, and multiple connectivity/control options for integration and R&D.
Research, education, and software-driven robotics Because it supports API/JSON control and multiple communications options, the RM65-6F can be used in robotics R&D for motion planning, teleoperation, and end-effector experimentation (e.g., grippers, suction tools, cameras, or compliant tooling).
Six-axis articulated motion The RM65-6F uses a 6-axis articulated kinematic chain (six degrees of freedom), allowing it to reach around obstacles, orient tools, and perform common industrial arm motions such as pick-and-place, insertion, and surface following.
Suitability depends on the exact configuration, compatible systems, intended professional use and manufacturer instructions.
Evaluate Realman Robotics Ultra-Lightweight Robotic Arm (RM65-6F) for the documented robotics workflow supported by its exact hardware, payload and software configuration.
Confirm controller, SDK/API, network interfaces, sensors and supported third-party integrations.
Match payload, mobility, reach, runtime, environment and safety requirements to the intended task.
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Technology and Specifications Core performance (published figures) Commonly cited published specifications for the RM65-6F include: Axes (DOF): 6 Payload: 5 kg Reach / working radius: 638.5 mm Repeatability: 0.05 mm Robot weight: 7.3 kg Protection rating: IP54 (arm body) Some listings additionally note a peak load of.
Exact robot model, revision and manufacturer part reference; Payload, reach, mobility, speed or working-envelope requirements relevant to the application; Battery, charging, runtime and power requirements where applicable.
No. Hardware revision, software, accessories, modules, handpieces, probes or other options can vary. The written quotation and exact-unit identification should define the supplied configuration.
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