Power-driven screwdrivers are suitable for an assortment of assembly applications. Determining the right electric screwdriver for your fastening application is a challenging process.
The requirements for selecting an electric screwdriver for production engineers vary depending on the product type, materials, and the manufacturing process. When choosing the proper tool for the joint you are fastening together, you will need to consider factors such as the type of screws and hardware involved, the type of materials you are working with, and whether the application involves sensitive assemblies such as disk drives, plastics, and electronics.
Electric screwdrivers provide superb torque control when tightening a fastener. There are different tool options to meet the various assembly process needs. Each type of electric screwdriver provides critical and select benefits for tightening applications.
Learn about the various electric screwdriver options and how to select the best power tool for your manufacturing process.
What You Will Learn:
- The different types of electric screwdrivers used on assembly lines
- Best practices to ensure a reliable fastened joint
- Performance differences between brushless vs. brush-type electric screwdriver
- How an electric screwdriver with a soft stop clutch is ideal for fastening delicate components
- How RPM impacts torque output
- How to test and validate the torque setting for an electric screwdriver
View Mountz torque webinar video
Faster than hand tools and more precise than air tools, electric screwdrivers are the smart choice for high-volume manufacturers who want to increase productivity and improve process control.
The Mountz electric screwdrivers deliver precision torque control, ensuring process reliability and efficiency. To see our full range of products, shop our store. Contact us anytime to ask a question. To inquire about price, request a quote. If you’d like to see our equipment in person, schedule an appointment. To get the latest torque-related news, follow us on LinkedIn.