RD3 RD5 RD10
Payload 3KG 5KG 10KG
Reach 622mm 922mm 1400mm
Range 6
HMI
10.1 inch teach pendant or mobile terminal APP
Repeatability ±0.02mm ±0.02mm ±0.05mm
Axis movement Working range Maximum speed Working range Maximum speed Working range Maximum speed
1 ±175° ±180°/s ±175° ±180°/s ±175° ±120°/s
2 ﹢85°/﹣265° ±180°/s ﹢85°/﹣265° ±180°/s ﹢85°/﹣265° ±120°/s
3 ±150° ±180°/s ±160° ±180°/s ±160° ±180°/s
4 ﹢85°/﹣265° ±180°/s ﹢85°/﹣265° ±180°/s ﹢85°/﹣265° ±180°/s
5 ±175° ±180°/s ±175° ±180°/s ±175° ±180°/s
6 ±175° ±180°/s ±175° ±180°/s ±175° ±180°/s
Typical TCP speed 1m/s 1m/s 1.5m/s
IPclassification IP54（OR IP66）
Noise <65dB
Footprint 130mm 150mm 190mm
Weight ≈15kg ≈22kg ≈40kg
Materials Aluminium、Steel
Based on various application scenarios such as scientific research and education, the introduction of robotic arms provides you with more comprehensive and targeted interface choices to meet your AI scene needs such as item sorting, facial recognition, and robotic arm introduction
A six axis robotic arm is a robotic device with six degrees of freedom that can mimic human arm movements and complete specific tasks. It consists of multiple joints and actuators, with flexible movements and high-precision control capabilities. The reason why a six axis robotic arm is called a six axis is because it contains six joints, each of which can move independently in six directions. These six directions are up and down motion (along the Z-axis), forward and backward motion (along the Y-axis), left and right motion (along the X-axis), rotation around the X-axis, rotation around the Y-axis, and rotation around the Z-axis. This design enables the robotic arm to perform complex movements and operations in three-dimensional space, achieving more precise and efficient results.
