3 Rocks Technology is an educational mechatronics training systems manufacturer

Arduino Controlled Electrical System
1:56
Arduino Controlled Electrical System
Flexible Mechatronics
20:11
Flexible Mechatronics
PLC Light and Switch Module
0:40
PLC Light and Switch Module
Flexible Mechatronics System
10:38
Flexible Mechatronics System
Weight Selection Station
2:28
Weight Selection Station
Manufacturing Station
2:05
Manufacturing Station
Rectangular Object Orientation Station
1:48
Rectangular Object Orientation Station
Circular Object Orientation Station
1:36
Circular Object Orientation Station
Shape Detection Station
1:44
Shape Detection Station
Mini Mechatronics Trainer/ PLC Trainer
1:59
Mini Mechatronics Trainer/ PLC Trainer
Mini Mechatronics Trainer presented by 3 Rocks Technology
3:30
Mini Mechatronics Trainer presented by 3 Rocks Technology
SMT-58310 Experiment 17: Assembly pattern selection and storing control
3:43
SMT-58310 Experiment 17: Assembly pattern selection and storing control
SMT-58310 Experiment 16: Basic assembly and storing control
1:45
SMT-58310 Experiment 16: Basic assembly and storing control
SMT-58310 Experiment 15: Storage platform rearrange control application
2:18
SMT-58310 Experiment 15: Storage platform rearrange control application
SMT-58310 Experiment 14: Storage platform loading control application
2:09
SMT-58310 Experiment 14: Storage platform loading control application
SMT-58310 Experiment 13: Storage platform unloading control applications
1:25
SMT-58310 Experiment 13: Storage platform unloading control applications
SMT-58310 Experiment 12: Rectangular workpiece's material and object orientation detection
2:27
SMT-58310 Experiment 12: Rectangular workpiece's material and object orientation detection
SMT-58310 Experiment 9: Rectangular workpiece feeder operation
1:15
SMT-58310 Experiment 9: Rectangular workpiece feeder operation
SMT-58310 Experiment 11: Circular workpiece's color and object orientation detection
2:06
SMT-58310 Experiment 11: Circular workpiece's color and object orientation detection
SMT-58310 Experiment 10: Robotic Arm Control
0:31
SMT-58310 Experiment 10: Robotic Arm Control
SMT-58310 Experiment 8: Circular workpiece feeder operation
1:14
SMT-58310 Experiment 8: Circular workpiece feeder operation
SMT-58310 Experiment 7: Material and object orientation detection
0:37
SMT-58310 Experiment 7: Material and object orientation detection
SMT-58310 Experiment 6: Color and object orientation detection
0:32
SMT-58310 Experiment 6: Color and object orientation detection
SMT-58310 Experiment 5: Utilize pushbuttons and sensors for positioning control
1:14
SMT-58310 Experiment 5: Utilize pushbuttons and sensors for positioning control
SMT-58310 Experiment 4: Utilize pushbuttons to control a DC motor
0:57
SMT-58310 Experiment 4: Utilize pushbuttons to control a DC motor
SMT-58310 Experiment 3: Utilize multiple cylinders for sequence/position control
0:31
SMT-58310 Experiment 3: Utilize multiple cylinders for sequence/position control
SMT-58310 Experiment 2-3: Utilize a double-solenoid valve to control a double acting cylinder
0:09
SMT-58310 Experiment 2-3: Utilize a double-solenoid valve to control a double acting cylinder
SMT-58310 Experiment 2-2: Utilize a double-solenoid valve to control a double acting cylinder
0:09
SMT-58310 Experiment 2-2: Utilize a double-solenoid valve to control a double acting cylinder
SMT-58310 Experiment 2-1: Double acting cylinder control
0:08
SMT-58310 Experiment 2-1: Double acting cylinder control
SMT-58310 Experiment 1: Single acting cylinder control
0:15
SMT-58310 Experiment 1: Single acting cylinder control