The Robotics learning system (240-01) provides students with a practical introduction to industrial robotics and automated systems through hands-on experimentation and programming activities. Using a robotic work-cell complete with a conveyor, sensors, and part handling systems, learners investigate how robots are used to transport, sort, and manipulate components in manufacturing environments.
Designed for engineering and mechatronics, this trainer combines physical hardware with programming software to help students develop problem-solving, programming, and automation skills aligned to modern industry.
Features
- Robotic work-cell simulates industrial automation.
- An integrated conveyor system demonstrates material handling.
- Programmable robot arm teaches automation concepts.
- Sensor integration introduces control systems.
- Custom programming encourages problem solving.
- Digital curriculum included for easy implementation.
Using the Robotics Trainer, students can develop skills in:
Robot Programming
Create and modify robot programs to perform automated tasks.
Automation Systems
Understand how robots interact with conveyors, sensors, and other devices.
Open and Closed Loop Control
Investigate how feedback systems improve automation performance.
Sensors and Decision Making
Use sensors to trigger actions and make automated decisions.
Material Handling
Explore how industrial robots transport and manipulate components.
Problem Solving and Logic
Apply programming and engineering principles to optimize robotic systems.
Curriculum & Program Integration
This trainer aligns with LJ Create’s Engineering program, which pairs an engaging curriculum with hands-on learning.
The curriculum for this learning system includes:
- Hands-on training experiments and activities
- Interactive online curriculum and instructional resources
- Teacher support materials and guided learning content
LJ Create trainers can be implemented as standalone learning systems or combined into larger pathway-based programs to support technical education initiatives.
Robotics Learning System (240-01) Product Details
System Includes:
- Robotic work-cell
- Baseboard
- Conveyor belt
- Infra-red light gate
- Large and small component dispensers
- Component bin
- Robotic arm
- Power supply
- Accessory kit
- USB to parallel adapter
- Robot control software
- Digital curriculum
Software Capabilities:
- Pre-programmed demonstration sequences
- BASIC-style programming commands
- Manual robot control
- Program development and editing
- Robotic system simulation
Requirements:
- Computer with spare USB port
Technical Specifications:
- Trainer Dimensions: 785 × 260 × 535 mm (W × H × D)
- Power Requirements: 110–240 V, 50–60 Hz