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MECHATRONICS

LAB COLLECTION

MECHATRONICS

Mechatronics is the nexus of mechanical, electrical, and software engineering. This lab collection focuses on the design and control of "smart" systems. Students work with integrated sensors, actuators, and PLC programming to understand industrial automation. These stations are essential for mastering the complex robotics and automated manufacturing systems used in modern industry.

Available Products

LT-MT001 Mechanical Mechanisms Station
MECHATRONICS LT-MT001

Mechanical Mechanisms Station

The device explains the various concepts of mechanical transmission.
LT-MC301 Rotary Servo Base Unit
CONTROL LT-MC301

Rotary Servo Base Unit

The rotary servo base unit as the essential component for rotary control experiments.
LT-MC302 2-DOF Inverted Pendulum
CONTROL LT-MC302

2-DOF Inverted Pendulum

The 2-DOF inverted pendulum trainer designed to teach advanced robotics concepts and explore real-world control challenges.
LT-MC303 Motion Platform
CONTROL LT-MC303

Motion Platform

the motion platform module is used for introducing and exploring the principles of rotational dynamics.
LT-MC304 2-DOF Ball Balancer
CONTROL LT-MC304

2-DOF Ball Balancer

The 2-DOF Ball Balancer Trainer designed to teach fundamental and intermediate control principles.
LT-MC305 Dual Rotor Aerospace
CONTROL LT-MC305

Dual Rotor Aerospace

the Aero-vehicle Trainer designed to introduce trainees to fundamental control and aerospace concepts.
LT-MC306 Linear Servo Base Unit
CONTROL LT-MC306

Linear Servo Base Unit

The linear servo base unit designed for linear control research.

LT-MC307 Linear Inverted Pendulum Training System
CONTROL LT-MC307

Linear Inverted Pendulum Training System

The linear servo base unit including the classic inverted pendulum experiment.
LT-MC308 Linear Double Inverted Pendulum Training System
CONTROL LT-MC308

Linear Double Inverted Pendulum Training System

The Linear Double Inverted Pendulum Trainer is designed to demonstrate real-world applications such as stabilizing a multi-stage rocket’s takeoff and simulating the human posture system.