Robotics is the discipline of engineering that studies and develops methods that allow a robot to perform specific tasks reproducing automatically human work. Although robotics is a branch of engineering, more precisely of mechatronics, it combines approaches from many disciplines of both humanistic and scientific nature. De Lorenzo recently has introduced a new range of robots that can satisfy a large number of customers also based on the latest technologies both in terms of sensors and control such as PLCs and microcontrollers. This equipment is recommended for high schools and first years of university.
This trainer simulates the operation of an industrial robot, such as: overall rotation, arm rotation, forearm rotation, wrist rotation, gripper rotation, gripper opening/ closing. It integrates different technologies, such as belt drive transmission technology, stepper motor driving, position detection, PLC and microprocessor technology. The trainer can be controlled by MCU and PLC.
This model is mainly used for teaching, demonstration, experiments, practical training, curriculum design and scientific research. It can train the students to know the mechanical structure and drive, to design and debug both hardware and software of the electrical control system, to analyze and solve the problems that occur in the actual operation process.
The electric manipulator is a typical product of the electromechanical integration technology. Its design and application has a very important meaning in mechatronics, automation, information technology, etc.
Programmable multifunctional controller developed for simulating a Cartesian robot used in industrial environment.
This robot applies the modern mechanical technology, of pneumatics and sensors to allow the student to acquire notions in terms of mechanical design and tracking position technology. It is possible to set the system by means of a modern PLC. In this way the student has the opportunity to interact with the world of the automation.
DL ROB2X-1200 \ DL ROB2X-AB
Basic manipulator developed for teaching, demonstration, practical training and design in relation to the mechatronic, automation and information technology principles.
Thanks to this product, it is possible to understand the mechanical structure of the robots used in the industrial sectors, design and execute debugging procedures for the control of the system, analyze and solve problems that occur in an actual operational process.
Based on the order code, it is possible to change the control unit by choosing between a microcontroller and a PLC.