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ZMP INC., believe that a robot is the most suitable hands-on material for learning basic engineering ideas for students in such disciplines as mechanical engineering, electrical and electronic engineering, control engineering, information engineering among others.

The idea behind the new ZMP e-nuvo series is to contribute to the education of engineers with practical skills through the use of advanced robots. Robots present a great opportunity for learning diverse disciplines such as mechanical, electric, electronic or control engineering.

ZMP expect the students, the future players in tomorrow's engineering world, to acquire the necessary knowledge to surpass the limits of today's academia. The ZMP e-nuvo series includes not only advanced robots, but also ready-to-use and easy to understand textbooks. ZMP are ready to support practical education and further your students' interest in the world of robotics and engineering.

e-nuovo ARM - In order to develop bipedal walking robots as well as industrial arm robots, it is indispensable to use link structure analysis (kinematics) as well as design using CAD. With an arm robot the student can apply what they have learned using e-nuvo BASIC to link structures similar to the ones used in e-nuvo WALK's legs.
e-nuovo BASIC - covers the basic themes for controlling and operating robots from basic concepts about LEDs, motors and potentiometers to themes such as Feedback control, PWM, A/D conversion, Motor control using processors, etc. It also includes the starter kit from Renesas Technology to study embedded systems.
e-nuvo WALK version 2.5 is the bipedal walking robot that permits you to put into practice the technologies you learned with the other -nuovo models (BASIC, ARM, WHEEL). With its distributed processing structure composed of 4 CPUS and 12 Joints (motors- degrees of freedom), this robot is the most suitable for purposes from teaching to research.
e-nuovo WHEEL - This robot permits us to understand easily not only Modern Control theory but also how to use sensors such as encoders and gyro-sensors in our algorithms. The user also gets to know about analysis and simulation through the use of the well-established tools from MATLAB/Simulink.

Product line up

e-NUVO Series Concept

The idea behind our new [ZMP e-nuvo series] is to contribute to education of engineers with practical skills through the use of advanced robots. Robots present a great opportunity for learning diverse disciplines such as mechanical, electric, electronic or control engineering. We expect the students, the future players in tomorrow's engineering world, to acquire the necessary knowledge to surpass the limits of today's academia. The ZMP e-nuvo Series include not only advanced robots, but also ready-to-use and easy to understand textbooks. ZMP is ready to support practical education and further your students' interest in the world of robotics and engineering.

Advanced Robots arranged in a Simple System!

Lineup of Textbooks ready to use in the classroom!

A Series of Advanced Robots, integrating several existing technologies in their architechtures and a simple system of textbooks to support learning through a gradual approach.

Based on feedback from several professors such as Prof. Mizukawa from Shibaura Institute of technology and Prof. Adachi from Keio University we have developed a series of ready-to-use and easy to understand textbooks.

With the reliable quality of ZMP's PINO and NUVO

A wide area of engineering knowledge covered efficiently!

ZMP applies 5 years of experience in robot development using verified techniques such as PINO ver2 internal CAN distributed system among others.

Adapted to be covered in a series of 90 minute lessons, the textbooks cover areas such as mechanical, electric, electronic, control and information engineering.

ZMP Original DC Motors! Stable Control Systems

Experiments to assure a complete understanding

Original CD Motors with high torque, high speed and low backlash. Their advantage over ordinary Servo motors is that the student can actually learn to implement motor control in microprocessors.

ZMP continually strives to make sure students understand the themes through the use of simulations and experiments to enrich the theoretical lessons, the best approach for themes such as programming,control, microcontrollers, etc