Ayesha Automation and Equipment Supplier Website: https://ayeshaautomation.com

Features

Brand	Ayesh@
Origin	Bangladesh
Category	Electrical and Electronics, Automation, PLC Trainer
Price	Call for Price

Short Description

Model: AS-RTS005

• Origin(Parts): China, Taiwan, Japan
• Manufacturing: Assemble in Bangladesh
• Included: Installation, Training
• Warranty: 01 year

Specifications

Features:

• Forward and inverse kinematics experiment of a robot manip- ulator.
• Manipulator operation control by simulation software and design experiment for virtual manipulator.
• Basic structure, operation and principle experiment using 2 axis assemble and disassemble module.
• Basic to application and invert working control experiment using5axisrobotmanipulator.
• Providing individual and total experiment

Specification:

• Assemble & Disassemble of 2 Axis Manipulator   
• Multi axial Manipulator Design using Simulator   
• Development Tool
• AVR Studio(AVR Program)
• Arduino IDE(Arduino Program)PC  
• Software(Motor Management)

Training Contents:

• 1&2 Axis Manipulator
• Design and control of 1 axis manipulator   
• Design and control of 2 axis manipulator
• Manipulator operation using forward kinematics
• Manipulator operation using inverse kinematics
• 90o trajectory creation and tracking of 2 axis manipulator
• 180o trajectory creation and tracking of 2 axis manipulator
• 2,3 and 4 axis manipulator application design using simulator
• Disassemble 2 axis robot manipulator
• 5 Axis Manipulator
• 5 axis manipulator trajectory motion using coordinate
• Drawing straight line, triangle, star and circle
• 5 axis manipulator trajectory motion using inter axial angle
• Drawing straight line, triangle, star and circle
• Automation system using 5 axis manipulator

Accessories

• Software Disc: 01 set   
• Operating Manual
• Dust Cover with water Proof   
• User Manual: 1
• Standard Accessories

Description

The Robotics Trainer with Simulator is designed to provide comprehensive hands-on experience in robotic manipulator control, kinematics, and automation. This system allows users to perform forward and inverse kinematics experiments, control manipulator operations through simulation software, and design virtual manipulators. It includes a 2-axis assemble and disassemble module for fundamental structural and operational experiments, as well as an advanced 5-axis robotic manip- ulator for more complex applications. Equipped with development tools such as AVR Studio, Arduino IDE, and motor management software, the trainer enables precise trajectory creation and tracking for 2-axis and 5-axis manipulators, facilitating straight-line, triangular, star, and circular motion control. The simulator supports multi-axial manipulator design and automation system development, making it an ideal platform for robotics education and research.