robot

Three control methods (PLC control, SCM control, computer control), simple switching mode and easy operation. It has a guiding effect on its PLC or host computer programming, allowing users to understand the action process and working principle of the automatic robot

FMS training system can be used for PLC technical training,industrial robot training,sensor training, image detection technology training,pneumatic technology training,hydraulic technology training,electrical control system training, motor drive technology training and network training. Modular Production System training equipment is an ideal skills training system for industry 4.0 technical personnel to learn and train skills.

DLRB-801 Didactic Flexible Manufacturing Training System Industrial Robotics Training Equipment mianly designed for technical vocational education training. The training system can be used to demonstrate the production and assembly process of parts, including feeding, testing, processing and warehousing.and for sensor training,for the training of electrical control system, for motor drive technology training, for industrial robot training.

Equipment Intuitive: The main equipment are used directly exposed form of installation, equipment can be more intuitive in front of students, shortening the students from the classroom to the industrial field transition and adapt time.

This device can simulate real industrial manipulator working condition, can complete object handling process. Working part contains a variety of industrial gear, a variety of stepping motor, and limit detection device, can real simulation manipulator object transfer process. Control part adopts three control methods (PLC and single-chip microcomputer control, PC control), complete the control operation of whole system.

The robot adopts an ultra-high-speed 6-axis operating mechanism with a working radius of 1.44m and a payload of 5kg. This generation of products optimizes the motor power and motion performance, making the overall performance better than similar competitive products.

Open design: the robot fixture and carrier model can be selected according to the training content; and the installation position and direction on the installation table can be selected according to the students' wishes; and it has a good extension type, and customers can develop new models and fixtures according to their needs .

The training module is composed of the corresponding raw material warehouse, finished product warehouse, conveying mechanism and tooling fixture; in the training of different assembly tasks, only the corresponding training module needs to be installed on the operating platform.

Composed of an industrial robot and a base, a basic platform, an application assessment module, a module placement rack, and a programming host.