Highly dexterous:Diana 7
- Fulfill your automation needs intuitively. The force-controlled robot arm is equipped with torque sensors
- in all seven axes and is
- supported by our AI-driven software.
Skilled for complex tasks
Sensitive
With torque sensors in all seven axis, Diana 7 is one of the most dexterous and sensitive robotic arms on the market.
Versatile
The industrial lightweight robot covers a wide range of tasks and is already in use in the automotive and consumer electronics (3C) sector.
Easy to use
Backed by our smart software AgileCore, Diana 7 can be easily set up, integrated, programmed, maintained, and repaired.
Intuitive
Anthropomorphic kinematics and a user-friendly design allows for seamless handling, especially while teaching new tasks and positions.
Highly flexible
Thanks to its 7 axes, Diana 7 is highly dexterous and flexible. The extra axis allows for smoother movements, enhanced navigation around obstacles and increased versatility in tight or complex spaces.
Considerable payload
With up to 7 kg payload, Diana 7 is ideally suited for handling objects of different weights and sizes.
Efficient reach
With an impressive reach of 932 mm, Diana 7 is capable of picking and placing objects across varying distances.
Meticulous precision
With precise speed control and a repeatability of 0.05 mm, Diana 7 ensures outstanding accuracy in performance.
Discover the features in more detail
A pose repeatability of ± 0.05 mm ensures highest path accuracy.
With 7 degrees of freedom, Diana 7 finds a multitude of solutions in trajectory generation to fulfil diverse tasks.
The human-centered design safeguards from clamping and allows for ease of use in teaching mode.
Torque-sensing technology empowers effortless robot handling.
With 7 kg payload, Diana 7 carries out multiple tasks in complex workflows.
A force control accuracy of 0.5 N enables a highly sensitive assembly process.
Get into the details
Get to know Diana 7 even better: Download the full technical specifications or dive deeper in our detailed brochure.