Robotics 2 Learning System Featured



  • Electrical (100-240V/50-60Hz/1ph)
  • Compressed Air Supply (5 CFM @ 100 PSIG/0.142 cmm @ 690 kPa)

Robotics 2 Learning System | Robot Application Development

Learning System: 96-ROB2A

Amatrol’s Robotics 2 Learning System (96-ROB2A) is a great addition to the Robotics 1 Learning System (96-ROB1A) for those who want to take their robotics training to the next level. Learners will encounter advanced robotics training topics and concepts, such as application development, flexible manufacturing cells, and quality and production control. The system includes a variety of industrial-quality components, including a linear servo conveyor.

Users begin by learning how to connect and control a servo conveyor in conjunction with a Pegasus II robot. Learners then develop programs to make a robot perform a variety of tasks, including: loading and unloading multiple automated machines; learning commands that can be used in quality control applications; and using variables with mathematic functions, input instructions, and relational operators. Together, the Robotics 1 and 2 Learning Systems provide valuable project-based learning experiences vital to training future workers who will program, operate, troubleshoot, maintain, and repair the next generation of automated systems.

Learning Topics

  • Robot Application Development
  • Basic Conveyor Operation
  • Flexible Manufacturing Cells
  • Subroutine Commands
  • Quality Control
  • Cartesian Coordinate Programming
  • Go/No-Go Inspection
  • Parts Measurement
  • Production Control
  • Loop Commands

Study Robot Programming and Practice with Real-World Equipment

The advanced robotics training system features an operator station, inspection station, assembly station, palletizing station, parts feeder sensor, and a linear servo conveyor. When integrated with the basic robotics training system, these industrial-quality components allow learners to practice a variety of robotics skills, such as: programming teach points on a double-jointed robot arm using the full range of its work envelope; entering a robot program that uses a variable name; and designing a robot program that stops a production process if a quality standard is not met.

Learn How To Control a Servo Conveyor with a Robot

The advanced robotics training system takes robotics training to the next level. Using an industrial-quality servo conveyor, users will learn how to design a robot program that can vary the speed of the conveyor. Learners will also study a variety of other advanced robotics topics, including how to develop a robot program, how to measure parts with a robot, and the function and operation of loop commands.

Engaging, Highly-Interactive Multimedia

Amatrol’s curriculum features a highly-interactive, multimedia format that includes stunning 3D graphics and videos, voiceovers of all text, and interactive quizzes and exercises designed to appeal to learners with different learning styles. The advanced robotics training system curriculum teaches learners about advanced robotics topics, such as application development, flexible manufacturing cells, and quality and production control. The combination of theoretical knowledge and hands-on skills solidifies understanding and creates a strong basis for pursuing advanced skills.

Mechatronics | Automation Systems

Modern industry utilizes complex production systems to produce high-quality, economical products for an ever demanding world. Amatrol’s Mechatronics training programs teach systems-level thinking and industrial automation skill-building that prepares learners to for mechatronics operation, hands-on PLC programming, and industrial maintenance and problem solving for real-world manufacturing environments. With the proliferation of automation technology, mechatronics is one of the fastest growing technical education programs in the world. Many technologies are integrated to make these sophisticated production systems including mechanical, electrical, electronics, and software. In order to meet this vital industry demand, Amatrol has developed both a large scale mechatronics line and a portable, tabletop mechatronics training system, each with highly interactive eLearning mechatronics courses. Each of these systems is comprised of individual stations that can be purchased separately when mechatronics training is necessary but budgets must be observed or all together to form a total learning experience. This training experience can apply to various careers such as mechatronics engineer / technician, automation engineer / technician, and systems engineer / technician.