This hands-on, application-oriented training course provides learners with a comprehensive understanding of Delta industrial robots and their implementation in high-speed pick and place operations. Designed for automation engineers, technicians, integrators, and students in robotics and industrial automation, the program combines theoretical foundations with extensive practical sessions to build competence in programming, system configuration, and performance optimization of Delta robots used in material handling tasks.

Participants will gain an in-basic knowledge of the mechanical structure, kinematics, and control principles unique to Delta robots, with a special focus on their suitability for high-speed pick and place applications in industries such as food processing, pharmaceuticals, packaging, and electronics assembly

1.Programming

2.Logics

3.Co-ordinate system

4.Operating Modes

5.Motion Instruction

6. Safety Standard

7.Optimize cycle times with path blending and logic sequencing.

Key Learning Outcomes:

By the end of this course, participants will be able to:

• Understand the core design and architecture of Delta industrial robots and how they differ from traditional 6-axis arms.

• Interpret robot kinematics, workspace characteristics, and motion dynamics specific to Delta configurations.

• Set up Delta robots for pick and place tasks, including tool mounting, end-effector selection, and safety integration.

• Program Delta robots using teach pendant and offline programming tools for optimal path planning and cycle times.

• Design and implement conveyor integration, sensor interfacing, and coordination with peripheral devices (e.g., vision systems, grippers).

• Configure and optimize high-speed pick and place applications for throughput, accuracy, and reliability.

• Diagnose and resolve common operational and performance issues in pick and place systems.