Advance Industrial Robotics

Our Advanced Industrial Robotics Course is designed for professionals who want to enhance their expertise in robotic automation. Whether you’re an engineer, automation specialist, or manufacturing professional, this course will equip you with in-depth knowledge of robot programming, AI-driven automation, machine vision, and industrial robot integration.

You’ll gain hands-on experience with advanced robotic systems, learning how to optimize automation processes, integrate AI-driven robotics, and implement smart manufacturing solutions. This course is perfect for those looking to stay ahead in the rapidly evolving world of Industry 4.0 and smart factories.

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  • Advance of Robotics: involves leveraging advanced programming languages, algorithms, and concepts to achieve higher levels of functionality, flexibility, and efficiency in industrial robotic systems.
  • Maintenance of Cabinet/Battery Replacement Procedure: 1. Battery Replacement Procedure: Industrial robots often use batteries for backup power supply to maintain critical data and settings, such as the robot’s memory, system clock, and other parameters, in case of a power outage or shutdown. 2. Maintenance of Cabinet: refers to the regular upkeep and servicing of the electrical control cabinet or enclosure that houses the electronic components, controllers, power supplies, and other essential systems required for the operation of the industrial robot.
  • Program testing editing & touch up: refers to the iterative process of verifying, refining, modifying, and fine-tuning the instructions or commands that control the behaviour of the robot, as well as making minor adjustments or corrections to improve the overall performance of the program
  • Set up & Usage of User Frame: refers to the process of defining a custom coordinate system, known as a user frame, relative to the robot’s base frame.
  • Set up & Usage of User Tool Frame: refers to the process of defining a coordinate system that represents the position and orientation of a tool or end effector attached to the robot’s manipulator.
  • Explanation of I/O & I/O instructions: refers to the interaction between the robot and external devices or systems through digital or analog signals. I/O’s enable the robot to receive input from sensors, switches, or other devices, as well as to send output signals to actuators, indicators, or other control devices.
  • Robot Interface: refers to the connection point or system that allows communication between the robot and external devices, systems, or interfaces.
  • Usage of Various Program Instructions: various types of program instructions are used to control the behaviour and operation of the robot. These instructions dictate how the robot moves, interacts with its environment, processes data, and performs tasks.
  • Setting Home Position or Reference Positions & Macros: This home position acts as a baseline or reference point from which the robot can perform various tasks, return to after completing a task, or initialize its movements.
  • Robot Mastering Procedure: the process of calibrating and fine-tuning a robotic system to achieve optimal performance and accuracy in its operations
  • Robot Project: In Robot Project you will learn Welding application, Pick and Place application and Material Handling.
  1. Students aspiring to enter the field of industrial automation.
  2. Professionals seeking to enhance their skills and stay abreast of industry advancements.
  3. Engineers, technicians, and anyone keen on understanding the foundations of automated systems.
  1. Experienced Instructors: Learn from industry experts with extensive experience in industrial automation.
  2. Hands-on Learning: Gain practical skills through hands-on exercises and real-world applications.
  3. Career Opportunities: Open doors to diverse career opportunities in industries ranging from manufacturing to process control.

Enrol in our Industrial Automation Courses and become a proficient automation professional, ready to navigate the challenges and opportunities in the ever-evolving landscape of industrial automation. Your future in automation starts here at Perfecto Robotics.

Topic 1: Advance Robotic

  1. What is mean by advance robot.
  2. What is the advance technology in the Robot.
  3. What are the advance features.

Topic 2: Robot Maintenance.

  1. What is Maintenance.
  2. How can able to replace Battery
  3. What is Robot Cell.
  4. What is the safety precaution we need to take for Robot Maintenance.

Topic 3: Program Teaching and Retouch

  1. What is Teach Pendent.
  2. What is Retouch
  3. What are the steps to Teach a program.
  4. How to save the Teach program.
  5. How to Run the Teach Program.

Topic 4: User Frame & Tool Frame

  1. What is User Frame.
  2. What is Tool Frame.
  3. What is the Prepose of User Frame.
  4. What is the Parameter need to set for User Frame.
  5. Difference Between User Frame and Tool Frame.
  6. How to Change the Frame.
  7. How is a tool frame defined and configured within the programming interface of a robot
    controller.

Topic 5: Interfacing & I/O

  1. What is Robot Interface.
  2. How can Interface with external Devices.
  3. How can assign I/O in Robot.
  4. How can Interface Robot I/O to PLC.
  5. What is Safety I/O.
  6. What are the primary types of I/O interfaces commonly used in industrial robotics.
  7. How are analog input signals processed and utilized by the robot controller.
  8. What are some advanced techniques for integrating I/O interfaces with PLC or Scada.

Topic 6: Usage of Various Program Instructions

  1. What are the robot Instructions.
  2. What does the “conditional statement” instruction do in robot programming.
  3. How can it be utilized to create decision-making logic within robot routines.
  4. What is the significance of a “call subroutine” instruction in robot programming.

Topic 7: Home Position or Reference Positions

  1. What is mean by Homing.
  2. What is mean by Reference Position.
  3. How to Teach Homing.
  4. How can set Reference Position.

Topic 8: : Robot Mastering

  1. What is Robot Mastering
  2. What are the main steps involved in the process of robot mastering.
  3. How does robot mastering contribute to improving the accuracy and repeatability of
    robot operations in industrial settings.
  • A balanced curriculum featuring 40% theoretical and 60% practical content, fostering a holistic learning experience with hands-on software engagement.
  • Attain an authenticated certificate adorned with a unique credential code, adding credibility to your professional identity on various platforms.
  • Access guidance from industry experts who serve as mentors, offering valuable insights and assistance in clearing doubts.
  • Practical tasks are integral to the training, enabling you to apply acquired knowledge directly to real-world job scenarios.

Duration: 60 Hours.
Language: English, Hindi.
Location: Pune, Maharashtra, India.

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