Learn more about automotive die stampings by understanding presses and operations from the experts at Sinotech.
Top 5 Benefits of Using AC Motors with Adjustable Speed Drives
Adjustable speed drives in AC motors are popular in applications that power mechanical equipment because they offer better control. Learn more!
BLDC Motors: Flying High in the Aerospace Industry [Infographic]
Brushless DC motors offer accuracy and vital characteristics needed in the aerospace industry, such as the ability to withstand extreme temperatures and high shock loads.
The Gear Motor Revolution Responds to New Demands
With new standards and demands continually developing across industries, the technologies behind AC gear motors are keeping up to help them increase productivity and save money.
How Investment Casting Works
In the early days of investment castings, metalworkers used beeswax to create patterns for the molds. Today, a modern investment casting manufacturer uses engineered wax.
Custom Motor Manufacturers Discuss Facility Efficiency
Custom motor manufacturers discuss how motors contribute to energy costs as much as they do productivity, efficiency and quality, so it’s vital for facilities to ensure the correct power measurements.
Travel Transformed: 3D-Printed Cars, Electric Vehicles & BLDC Motors
Automobiles have undergone drastic technological changes, from the incorporation of electric ignition systems to the use of BLDC motors in various applications. Read on to learn more!
Custom Motor Design & Motor Consultancy by Sinotech
At Sinotech, our custom motor design starts with project preparation and ends with shipping and logistics support. Bring us your idea and we’ll help you get your application off the ground.
Sensored & Sensorless BLDC Motors Mean Longer Life & Lower Maintenance
BLDC motors, or brushless DC motors, have similar speed performance and torque as brushed motors. Among BLDC motors are those with and without sensors.
Automotive Stamping is Hot, Produces Safety-Critical Structural Parts
The process of hot automotive die stamping involves heating metal to temperatures of 900° C or more, forming it and then quenching it, a process that cools the metal quickly.
