How do you select a torque wrench or screwdriver for a fastening application? While choosing a torque wrench or screwdriver for a torque application may seem straightforward, understanding the differences between tool types and product features can be confusing. Each class of hand tools relies on different torque limitation methods, and other techniques are most…
An electric screwdriver with a brushed motor incurs frequent maintenance intervals and costs that impede manufacturing efficiency and production output. Keeping power tools operating at total capacity is an essential objective for a manufacturing engineer to ensure productivity doesn’t falter. Electric screwdrivers with brushless motors are engineered for higher efficiency and performance. Brushless power tools…
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…
An adjustable torque screwdriver can save manufacturers and maintenance workers time and money by allowing them to accurately tighten critical fasteners of different sizes—all with a single tool. Thanks to the tool’s externally adjustable torque settings, you can quickly switch torque values in the field or at the station, improving productivity. A quality adjustable screwdriver…
Assembly processes generate a vast amount of fastening data in real-time that can provide valuable information to aid manufacturers in making more intelligent process decisions and minimizing quality failures while maximizing productivity. A smart torque control system equipped with a transducer constantly measures torque in real time and feeds data into the system. In-process monitoring…
Mountz FG-IFR (Impact Free Resetting) preset screwdrivers use a cam-over mechanism to improve process control and productivity. The unique IFR cam over design provides a low-impact reset mechanism, ideal for assembling shock-sensitive components that reduce the vibration transmitted in the screw tightening process—ideal for fastening delicate parts such as electronics, plastics, and medical devices. Torque…
Production planning for torque application with micro-sized fasteners requires an engineer to find a solution to mitigate product scrap risks. It doesn’t require much force to over-torque miniature fasteners. Critical fastening assemblies, such as navigation systems for high-performance aircraft, automobiles, and machine tools, a product failure can cause severe quality issues. The rework time and…
Mountz’s all-in-one DC transducerized smart cordless screwdriver system safeguards against fastening failures for quality-minded engineers with critical industrial manufacturing applications requiring documented precision and accuracy torque control. With innovative fastening strategies and high-precision torque accuracy, the EPT provides manufacturers with the flexibility of a cordless tool with the latest error-proofing and traceability benefits – helping…
The Mountz EPT is an all-in-one transducerized smart cordless screwdriver solution built for reliability and efficiency in a high-tech manufacturing process. With innovative fastening strategies and high-precision torque accuracy, the EPT provides manufacturers with the flexibility of a cordless tool with the latest error-proofing and traceability benefits – helping to reduce manufacturing defects and improve…
Is lost productivity impacting your manufacturing output? Repetitive fastening tasks managed across multiple workstations, tools, and assembly operators is an opportunity to improve process efficiency. Implementing a fastening automation workflow allows engineers to bridge the productivity gap. Grouping similar processes and assigning standardized tightening tasks allows manufacturers to streamline the assembly productivity process and remove…