industrial robot

The skills students can learn and master using this platform include sensor detection technology, visual detection technology, electrical control technology, stepper drive technology, servo drive technology, industrial robot technology, PLC technology, configuration technology, production line process design, system maintenance and Fault detection technology, offline programming simulation technology, industrial Ethernet communication technology, etc.

The industrial robotics training platform can train students to master the robotics operation, debugging, visual application of industrial robots, PLC principle, PLC programming, sensor technology, PROFINET Industrial Ethernet communication technology, etc. The industrial robot teaching platfrom may used to realize industrial robot machining automation tasks, intelligent transfer, sorting and stacking tasks of industrial robots, industrial robot gift packaging task, welding task of industrial robot process application, assembly task of industrial robot digital keyboard, robot disassembly training of robot simulation software

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.

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 .

Offline programming is the best way to expand the robot system investment returns. It can complete robot programming in the office by ABB simulation and offline programming software RobotStudio with no need to break off the production. The robot procedure can be ready in advance to improve the overall production efficiency.

IRB1410 robot than the previous generation of products to optimize the motor power and motion performance, so that the movement cycle was significantly shorter than similar competitive products. IRB1410 robot with ultra-high-speed 6-axis operating mechanism, 1.44m arrival distance, plus 5kg payload, integrated signal source for the upper arm 12 signal, integrated gas source for the upper arm up to 8bar, as the ideal tool for handling a variety of materials.

IRB1410 robot than the previous generation of products to optimize the motor power and motion performance, so that the movement cycle was significantly shorter than similar competitive products. IRB1410 robot with ultra-high-speed 6-axis operating mechanism, 1.44m arrival distance, plus 5kg payload, integrated signal source for the upper arm 12 signal, integrated gas source for the upper arm up to 8bar, as the ideal tool for handling a variety of materials.