What are the basic operating principles of AC gear motors? How do they work? Our custom motor manufacturing experts answer these questions and more.
Sand Casting vs. Investment Casting: Manufacturers Offer Pointers
Knowing the difference between investment castings and sand castings can help you choose the best technique for your application.
The Automotive Die Stamping Process
Find out if automotive die stamping is right for your application. Automotive die stampings help streamline the manufacturing process and ensure precision and quality.
BLDC Motor Manufacturers Discuss Ensuring Motor Quality
BLDC motor manufacturers agree that the best ways to ensure a high-quality motor is to contract the right factories and audit the manufacturing process.
BLDC Motors: Costs Competitive with High-Grade Brush Motors [Infographic]
This infographic examines how BLDC motors can compete with the costs of high-grade brush motors. We offer an inside look at the BLDC motor, cost savings of embedded controller BLDC motors and much more!
BLDC Motors & Their Use in Motion Control Systems
Companies often turn to BLDC motor manufacturers for their motion control applications because of the advantages offered over brushed motors.
AC & DC Gear Motors: Gear Types & Limitations
By knowing the different types of gears used in AC and DC gear motors, you can have a better idea about the best kind to use in your application.
Investment Casting Manufacturers Talk Production Advantages
Thanks to technologies like 3D printers, it’s possible for investment casting manufacturers to produce large and complex objects. Learn more about the benefits of investment casting.
Motor Maintenance: Caring for Commutators and Brushes
To prevent costly motor problems and unnecessary downtime, don’t overlook the commutators and brushes when performing motor maintenance. Use the following tips to help ensure the longevity of these essential parts.
Automotive Die Stamping Driven by Advanced High-Strength Steels (AHSS)
Throughout the last 25 years, automotive die stamping was a relatively simple process, but with the introduction of AHSS, auto manufacturers found that the traditional automotive die did not work as intended and wasn’t strong enough.
