Welcome to Oriental Motor's "Engineering Notes" Blog:

Facing a leaner engineering workforce and rising costs, machine designers need a way to build machines faster with less resources.  Aligned with our continuous commitment to simplify motion control, this article explains the innovative features of the new connector type motor for our flagship AZ Series and how it supports faster installation and maintenance.

Drivers provide power and logic to various types of motors and are essential components of any motion control application.  This article explains the pros and cons of building a stepper motor driver versus purchasing one.

Encoder feedback is essential for closed-loop motion control and can enhance accuracy, reliability, and even efficiency for machinery and robotics.  In this article, we compare how optical, magnetic, and capacitive encoders work and share some selection tips.

The growing demand for semiconductors, driven by technological advancements like AI, IoT, and robotics, makes it crucial to handle these delicate wafers efficiently and precisely.  In this article, we will explain how unified features from a family of motors and actuators can simplify process automation for semiconductor wafers.

In this article, we're diving deeper into two stepper motor types: high-resolution type and encoder type; and how they can be used to improve precision in critical laboratory automation applications like autosamplers.

In today's fast-paced industrial landscape, the role of conveyors has become more crucial than ever. These systems efficiently move materials, products, and goods for numerous industries, from labeling and packaging to warehousing and distribution.  While many types of motors can be used in conveyors, this article highlights a few reasons why brushless motors should be a primary choice for conveyor applications.

Oriental Motor provides a wide variety of products to meet semiconductor equipment design goals.  This post focuses on motor selection for two specific motion axes of a semiconductor manufacturing process called CMP (Chemical Mechanical Polishing) and explains how to save time by using different products from the same family.

This article highlights the advantages of brushless motors and stepper motors for driving a peristaltic pump, which is among the most common motor applications in medical, pharmaceutical, biotech, and diagnostic equipment.  

Historically, stepper motors are not rated by watts like AC motors or servo motors.  So...how would you compare a stepper motor to a servo motor or a brushless motor?