Company details
ADVANCED ROBOTIC ENGINEERING SP. Z O.O.
ul. Stargardzka 9B
54-156 Wrocław
Call us
Office: +48 791 041 514
Servicing: +48 787 922 580
Robot ARE 3.0
Universal hydraulic arm
Sturdy construction
Convenience of use
Hybrid drive
ARE 3.0
The largest of the ARE robots, designed for difficult work in industrial plants and on construction sites.
Demolition
robot
ARE 3.0 is the largest and most powerful model in the ARE robot family, designed for heavy demolition work both in industrial facilities and on construction sites. Equipped with an arm that extends over 6 meters, it provides a greater working radius. The increased weight of the machine ensures greater stability, while the capability to use a high-impact hammer allows for effective performance in demanding and challenging conditions.
Innovative
Control System
The machine is equipped with an advanced remote control system, which enhances safety and movement precision. As a result, the device is perfectly suited for carrying out complex demolition tasks.
The control system gives the operator greater control over the robot, leading to increased efficiency and quality of work.
Hybrid drive
and long-lasting batteries
The demolition robot is equipped with an innovative hybrid drive system, allowing it to run on batteries for up to 20 minutes without the need to connect to an external power source. The hybrid drive system significantly reduces the time needed for the machine to reach the workplace, and thanks to the electric power supply, the robot can also work in confined spaces.
Innovative
robot tool control system in 3D space
Now you can achieve even greater precision with your robot by selecting the additional functionality of a special version of the ARE robots, based on an inverse kinematics system, allows the programming of automatic arm movements. It allows the robot tool to be controlled according to points or lines set in 3D space. It is possible to programme movement sequences, automatic movements, tool movement only on a preset space or according to virtual axes. At the same time, the operator can carry out precise movements using the 3D manipulator in the remote control.
Features
