The robotic arm has a rated payload capacity of 3 kg and a maximum payload capacity of 5 kg.
The robotic arm has a total of 6 axes.
The working reach of the robotic arm is 700 mm.
The repeatability of the robotic arm is ±0.05 mm, ensuring high precision in tasks.
The motion range for each axis is as follows: Axis 1: ±170°, Axis 2: ±110°, Axis 3: +40°/-220°, Axis 4: ±185°, Axis 5: ±125°, Axis 6: ±360°.
The maximum speeds per axis are: Axis 1: 148°/sec, Axis 2: 148°/sec, Axis 3: 222°/sec, Axis 4: 222°/sec, Axis 5: 222°/sec, Axis 6: 360°/sec.
The robotic arm weighs approximately 23 kg.
The robotic arm can be mounted on the ground, bracket, or ceiling.
The robotic arm can operate in an ambient temperature range of 0 °C to 80 °C.
This articulated robotic arm is suitable for precision tasks in various industrial applications, thanks to its high payload capacity and wide motion range.
Yes, the robotic arm is designed for mechatronics automation training and can be used effectively in educational settings.
Yes, the robotic arm is specifically designed for testing applications, among other industrial uses.
The articulated structure allows for a wide range of motion and flexibility, making it suitable for complex tasks.
Having 6 axes provides the robotic arm with enhanced movement capabilities, allowing it to perform intricate tasks with precision.
The robotic arm is compatible with various programming environments and software designed for robotic control and automation.
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