Modular Mechatronics System – MMS
Interactive Display
Technology Solution
The Modular Mechatronics System (MMS) is a comprehensive and flexible training platform that bridges the gap between theoretical learning and real-world industrial applications. Designed to integrate mechanics, electronics, pneumatics, hydraulics, sensors, and programmable control systems, the MMS provides a complete ecosystem for mechatronics education and skill development.
With its modular and scalable architecture, the system allows learners to start with basic experiments and gradually progress toward complex automation and robotics applications. This adaptability makes it suitable for a wide range of users – from students and researchers to industrial trainees and professionals seeking to upgrade their skills in line with Industry 4.0 requirements.
01.
Seamless Collaboration
Enables interactive teaching, training, and communication across classrooms, conference rooms, NOCs, and corporate spaces.
02.
Future-Ready Technology
Backed by 2 decades of research with multi-touch, high-speed tracking, and Fortune 500-level reliability.
technology applications
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Production Process
- CPU
- MEMORY
- NOTE
Powered by the 8085 microprocessor operating at 3.072 MHz, ensuring stable performance for training and experimentation.
Supports up to 64KB memory (32KB EPROM and 32KB RAM) with a battery backup option for RAM, making it reliable for extended use.
The trainer kit comes preconfigured with 16KB EPROM and 8KB RAM for immediate use and easy upgrades.
- Key Features
- Applications
Modular Design – Flexible setup with interchangeable modules for various mechatronics applications.
Hands-On Training – Real-world learning in automation, robotics, pneumatics, hydraulics, and control systems.
Scalable Platform – Expandable to support advanced experiments and industrial-level applications.
Industry-Relevant – Designed to align with modern automation and Industry 4.0 requirements.
User-Friendly Interface – Easy to operate, making it suitable for students, trainers, and professionals.
Educational Institutions – Engineering colleges, polytechnics, and training centers for practical learning.
Skill Development Programs – Preparing learners for careers in robotics, automation, and manufacturing.
Industrial R&D – Testing, prototyping, and training in mechatronic systems.
Automation & Robotics Labs – Ideal for projects related to Industry 4.0 and smart factories.