Contribute to shortening the R&D cycle, R&D process, and reducing costs
Rapid R&D at a speed that far exceeds customer needs.
In recent years, the Japan Electric Power Group has been developing more and more modular products that combine structural parts such as fans, gears, and automotive applications, as well as motors and motor peripheral parts such as sensors and drives. In the course of this development, the combination of parts and performance evaluation on a PC screen was realized through the design of 3D data and simulation calculations, but there were still many problems that had not yet been addressed, such as having to get the prototype in hand to be confirmed.
In order to realize rapid prototyping immediately and at low cost, we have introduced 3D printers that can perform resin and metal molding, such as rapid prototyping technology. From design to prototype, we carry out all in-house production, which effectively shortens the development cycle.
Introducing a 3D printer that uses 3D-CAD data to model resin and metal. Rapid prototype of structural parts.
By introducing a 3D printer, it is possible to obtain a prototype made of solid shapes and materials close to the product at an early stage of development. During design review, problems with shapes that cannot be detected with 3D data or drawings can be identified as points before the mold is made. This reduces design changes and shortens development cycles. It can quickly move on to the next process and achieve rapid optimization of the design. In particular, it is a great advantage that streamlined fans and in-vehicle parts with complex shapes can be evaluated in terms of their actual shape at the design stage.
By reviewing designs at an early stage of development using solid shapes and materials that are close to the product, it is possible to eliminate problems with shapes that cannot be detected through 3D data and drawings, thereby shortening the development cycle.
It is necessary not only to confirm the shape, design, and performance of the product in the development process, but also to make full use of it in the presentation to the customer. In addition, rapid prototyping can be used for pre-verification of in-house manufacturing departments and mass production processes, verification of jigs, and pre-adjustment of measuring and inspection equipment, contributing not only to the quality improvement of the R&D department, but also to the quality improvement of the manufacturing department and inspection department. There are many possibilities for rapid prototyping technology, and it is necessary to further expand the scope of its application in order to realize the entire process from the development and design of the entire motor and module to trial production in a shorter period of time and with higher precision, and to realize the construction of a comprehensive rapid prototyping system, which makes it possible to develop rapidly that far exceeds the needs of customers.
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Further improvement of the current ...
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AC/DC power supply circuit for hair dryer + brushless DC motor unit
The general-purpose motor has been replaced with a brushless DC motor, which greatly reduces the size and weight of hair dryers.
NEEDS further miniaturizes and lightens hair dryers
SOLUTION Significantly reduces weight by miniaturizing brushless DC motors + circuits
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It is a motor for DCT (dual-clutch transmission).
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and drive motors using DCT technology.
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Nidec - Institute of Production Technology
The Industrial Technology Research Institute aims to contribute to the world by continuously strengthening its manufacturing foundation to accelerate the growth of the Japan Electricity Group, and by continuously creating new technologies through network building with universities, research institutes, and companies.
Functions and Responsibilities
Institute of Production Technology ...
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Development of a built-in intelligent motor for a microcomputer
It is necessary to build a smart motor in accordance with the high performance, miniaturization, and low cost of the computer
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Nidec – AC motors for extra-large fountain pumps
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It can withstand the axial force that is a problem for motors for high-output pumping pumps
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The second highest spray in the world and the first in North America.
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Specifications for the use of Nidec inverters
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The 1st ~ 3rd generation electric power steering motor is integrated with the power supply of the ECU
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With the accumulated rich experience and original technical strength, we have overcome many difficulties.
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Japan Denko's own CAE technology
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Nidec launches the new Digitax SF series of servo drives
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Nidec Machine Tool Co., Ltd. is pleased to announce the launch of the MVR-Hx series, the latest product of the Gantry 5-Face Machining Center, to accelerate the development and expansion of the market for large machine tools
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Suitable for high-precision and high-efficiency machining
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Function and function
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Nidec Co., Ltd. (Nidec) co-developed an air purifier equipped with a coaxial reversing propeller fan and won the 2021 Energy Saving Award
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AGV system
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The basic technology of revolutionizing motors
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Nidec-Motor Institute of Basic Technology
The institute is committed to the further high-end and strengthening of basic research and the expansion of applied research fields
Function and function
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Camera & Radar assists vehicle driving
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Zignear, a motor-controlled position detection technology that enables high accuracy
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The electric power steering motor is integrated with the power supply of the ECU
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