Introduction and usage video
We have video manuals for our products.
Please use this information to select and utilize products.
Principles and usage of piezosonic motors
Introduction to piezosonic motors
Principle of ultrasonic motor
Introduction to piezosonic motors (English version)
Piezosonic motor simple verification set Introduction to operation method - Open loop operation edition -
[Basic usage of ultrasonic motor ①] Settings and connections
[How to use the ultrasonic motor - Basics ②] How to use Piezo Config - Part 1 -
[How to use ultrasonic motor Basics ③] How to use Piezo Config - Part 2 -
[Ultrasonic Motor Basics Part 4] How to use external input - Arduino version
Company introduction
Company Profile
Ultrasonic motor business introduction
Company information (English version)
Company information (English version)
Robot Business
Autonomous mobile robot for transport Mighty-D3
Autonomous mobile robot for transportation Mighty①
Autonomous mobile robot for transportation Mighty②
Autonomous mobile robot for transportation Mighty③
Autonomous mobile transport robot Mighty④
Autonomous mobile robot for transportation Mighty⑤
Q&A of piezosonic motor
[Q&A] If you are unsure about purchasing an ultrasonic motor - Part 1 -
Contact Us
Please feel free to contact us with any questions regarding product specifications or to request a quotation. You can also purchase our products from Nihon Pulse Motor, Kyokuto Trading, and Olimbexta.
Telephone inquiries
03-6379-6020
Business hours
10:00~18:00
(Closed on Saturdays, Sundays and public holidays)
High torque ultrasonic motor: Introduction to piezosonic motor
This book explains the basic classification, structure, and drive principle of ultrasonic motors for those who use them or are considering purchasing one.
■Table of contents
00:03Introduction
01:03Classification of ultrasonic motors
02:37Structure of rotary ultrasonic motor
03:45Driving principle of piezosonic motor
08:13 Review of this time
High-torque ultrasonic motor: Introduction to piezosonic motors (English version)
Ultrasonic motor: Introduction to the operation method of the piezosonic motor simple verification set (open loop operation)
Ultrasonic motor: Piezosonic motor Simple verification set operation method (open loop operation)
This is an explanatory video on how to use the sample software "Piezo Config" to operate the ultrasonic motor driver PSMD-PCC via USB connection to a PC.
For those who have not yet purchased or used an ultrasonic motor, this is an explanatory video on how to use the sample software "Piezo Config" to operate the ultrasonic motor driver: PSMD-PCC by connecting it to a PC via USB.
"How to use Piezo Config -Part 1-"This is an application video that follows.
For basic operating instructions,First partPlease watch:
This video is for those who have not yet purchased or used an ultrasonic motor, and explains how to control an ultrasonic motor using our driver (PSMD-PCC) and Arduino.
■Table of contents
00:00Opening
00:03Introduction
00:16Microcomputer preparation
01:36Creating a circuit
02:11Connection with motor
03:30Operational experiment
05:32 lastly
This is an introduction video of Piezo Sonic Co., Ltd. motor business.
This is an English introduction video of Piezo Sonic Co., Ltd. motor business.
Autonomous mobile robot for transportation: Mighty-D3 is smaller than an electric wheelchair, but is capable of transporting 30Kg of luggage and has the ability to climb over 15cm steps.
This robot is ideal for contactless transport of cargo in high-rise apartments, hospitals, nursing care facilities, etc.
Autonomous mobile robot for transportation: Tracking test using Mighty 1.7
Autonomous mobile robot for transportation: Mighty 1.7 Indoor tracking/passing experiment
Autonomous transport robot: Outdoor running experiment of Mighty 1.7 (equipped with Mecanum wheels)
Autonomous mobile robot for transportation: Outdoor running experiment of Mighty 1.7 (equipped with Mecanum wheels)
Autonomous mobile robot for transportation: Mighty’s running experiment on a farm (field)
This article explains the basic classification, structure, and driving principles of ultrasonic motors for those who use ultrasonic motors or are considering purchasing one.
■Table of Contents
00:03 Introduction
01:03 Classification of ultrasonic motors
02:37 Structure of rotary ultrasonic motor
03:45 Driving principle of piezosonic motor
08:13 Review of this time
support
Click here for general catalog
Piezo Sonic product materials and catalogs can be ordered from this page.
CAD data is here
At Piezo Sonic, we are developing application products that combine motors and robotics.
Click here for the robot development and consulting development service business page
CAD data for Piezo Sonic products can be ordered from this page.
Contact us from here
Please use the inquiry form for any questions about products, estimates, or any other inquiries.
Telephone inquiries
03-6379-6020
Business hours
10:00~18:00
(Closed on Saturdays, Sundays and public holidays)
Introduction to the robot development business
Contact Us
Telephone inquiries
03-6379-6020
Business hours
10:00~18:00
(Closed on Saturdays, Sundays, and holidays)
