Selecting the proper torque wrench or torque screwdriver for a fastening application may seem simple, but the differences between tool types, torque mechanisms, and product features can quickly become confusing. Choosing the wrong tool can lead to inconsistent torque, quality failures, or damage to critical components. Each class of hand torque tools uses a different…
Power-driven screwdrivers are used across a wide range of assembly operations, but selecting the right tool for your specific fastening application can be challenging. Production engineers must consider multiple factors—product type, materials, joint design, and process requirements—to ensure consistent, reliable fastening. Choosing the proper electric screwdriver involves evaluating the screws and hardware being used, the…
A torque analyzer or a torque sensor is a finely tuned laboratory-grade instrument for measuring torque, calibrating and verifying torque tools. Torque measurement equipment requires regular calibration to ensure accuracy and precision. Calibration is the method of comparing tools and measuring devices to higher accuracy standards. Torque calibration equipment is the official means by which…
Solving fastening errors involves controlling variables or eliminating potential risks that can lead to an unwanted fastening event. Mistake proofing is the quickest path to zero defects and is a critical enabler for efficient manufacturing. Preventing errors during the tightening process improves manufacturers’ quality control by reducing the number of defective products pulled from the…
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…
You don’t want to be surprised by a torque screwdriver or wrench deemed “out of calibration.” After all, torque tools are precision instruments that tighten critical, often safety-sensitive fasteners. Torque wrenches and screwdrivers go out of calibration with use. These hand tools should be regularly tested and calibrated based on the tool usage cycle to…
Fumbling isn’t just a football occurrence. Assemblers fumble around with screws daily during the fastening process. The repetition of grabbing small fasteners from a bin is tedious and time-consuming. The constant repetition of picking up and fumbling around with hundreds and hundreds of screws daily is inefficient. Screws can easily be fumbled to the ground…
Lack of torque control has caused vehicle wheel detachment, failures of life-saving medical instruments, and malfunctions of electronic devices. Engineers risk product failures and escalating scrap rate costs in their manufacturing process without torque control. To many manufacturers, understanding the various elements of torque control needs to be more noticed and understood. Manufacturers must have…
Torque measurement processes generate vast amounts of data that provide valuable information to aid manufacturers. Torque data collection allows engineers to make more intelligent process decisions to minimize quality failures and maximize productivity. Collecting and analyzing torque testing data gives manufacturers valuable insights into their production processes. Test data in a centralized database allows manufacturers to…
Solving fastening errors is about controlling variables or eliminating potential risks that create an unwanted fastening event. Mistake proofing is the quickest path to zero defects and is a critical enabler for efficient manufacturing. Preventing errors during the tightening process improves manufacturers’ quality control by reducing the number of defective products pulled from the assembly…