Preventing over-torque events is critical to reducing scrap, preventing fastening failures, and improving overall product quality. Applying the correct amount of torque to each fastener helps achieve the required clamp load and maximize joint reliability. However, over-tightening can create serious manufacturing problems, including damaged threads, stripped screws, broken fasteners, and overstretched bolts. In many cases,…
Fastening processes involving multiple screws are highly susceptible to assembly errors, including cross-threading, cam-outs, stripped screws, missed fasteners, and incomplete rundowns. When these issues go undetected, they can result in costly rework, scrap, production delays, and warranty claims. A screw counting process provides a proven error-proofing method for identifying fastening problems in real time—before they…
Did you know that an incorrect screw fastening sequence can lead to unreliable results? Using the wrong sequence can cause uneven clamping forces, resulting in joint failure, product defects, and costly rework. All fastened joints experience some level of relaxation, especially when materials such as gaskets, plastics, or spring washers are involved. Over time, this…
Implementing a solution that prevents over-torque events is critical for engineers to reduce scrap rate costs. Applying the right amount of torque to each fastener maximizes its holding potential. Over-torquing a fastener generates risks of fastening failures and damaged products. Applying too much force while tightening a fastener can result in over-stretching a bolt, stripping…
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…
Workplace injuries are a multi-billion dollar dilemma, especially for the manufacturing and production industry. The cost of preventing these injuries before they happen is always lower than the cost of dealing with injuries after they occur. Power tools generally produce unwanted torque reactions that transfer to an operator’s hand. The daily repetitive process of fastening…
What is the relationship between torque and friction? The process of fastening a screw or bolt involves various elements. The friction behavior between the fastener and the joint is crucial for securing the desired clamp load. Torque and friction go together like peanut butter and jelly or nuts and bolts. With the torque control assembly…
Manufacturing high-volume products—such as microelectronics, medical devices, or appliances—requires speed and precision. After all, hundreds of thousands of identical products have to be assembled and fastened correctly with mini screws, in as little time as possible. Mountz’s Mini MDT-Series transducerized smart screwdriver systems provide manufacturers with the latest micro torque fastening system with error-proofing technology…
The manufacturing landscape is a realm of intricate processes where precision and attention to detail are paramount. In this environment, the imperceptible threat of Electrostatic Discharge (ESD) can wreak havoc on product integrity and reliability. The article explores the significance of choosing anti-static production torque tools, delving deeper into the nuances of ESD, its potential…
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…