In any application where the fastening of bolts and screws is critical—which includes aerospace, automotive, medical device, electronics, and packaging industries, to name a few—businesses depend on torque tools to deliver the precise amount of force necessary to hold a fastener in place indefinitely. Whether you’re in manufacturing or maintenance, the most important attributes your…
How do you prevent an over-torque event for a fastening application? The FGC torque wrench is engineered with a cam-over technology and prevents over-torque. The cam-over mechanism physically prevents the operator from over-torquing fasteners. Selecting a poka-yoke tool improves process control and reduces scrap rates. Fastening bolts with a click wrench expose manufacturers to a…
How do you select a precision torque wrench when comparing the technology and quality differences between a click wrench and a cam-over wrench? Each wrench mechanism design limits the amount of torque an operator applies. The type of torque limiting mechanism is what separates these wrenches in ensuring accuracy and precision. Applying the correct torque to each…
Mountz, The Torque Tool Specialist ®, introduces the next generation in cam-over wrench technology. Engineered and assembled in Silicon Valley, the FGC line of precision preset cam-over wrenches are the most advanced torque wrenches for high-level process and quality control. The wrench’s repeatability, traceability, and precision will prevent tightening failures. Surpassing the ISO 6789 standard…
If you ever helped a handy family member around the house when you were young, you probably were lambasted for using the wrong tool at least once. Maybe you opened a paint can with an expensive screwdriver. While repairing brakes, you may have tried compressing the piston by pounding on a block of wood with…
Throughout the fastening process, a common risk for torque failures is the operator’s influence of operating a torque tool. Often, some types of wrenches are susceptible to torque failures and over torque occurrences. Inadequate tool or process training, as well as an operator’s decision to apply additional force are common symptoms for quality control failures.…
Fasteners and bolts are commonly used to securely clamp two or more items together. Although these components seem like a small part of the design and assembly process, it shouldn’t minimize their importance. Improperly tightening fasteners can unknowingly cause catastrophic or latent failures. Lack of torque control for fastening applications has caused wheel detachment on…
Not all torque wrenches are alike. When selecting a torque wrench or operating a wrench, it’s important to understand the functions of the tool being used for the fastening application. Take time to read all instructions provided to fully understand the working features and manufacturer recommendations. The design of certain wrenches, make the tool “length…
Robotics, computerization, and electronic mechanization have brought state-of-the-art automation to modern industrial plants. Thus, the need to perform quality control testing and torque measurement is even more critical to achieve a return-on-investment. Quality control testing has been neglected or downplayed by manufacturers for many years; however, a greater need for high-quality merchandise and competitive pricing…
TSN cam-over torque wrenches are designed to provide reliable and precise torque control for bolting applications that do not tolerate over-torque conditions. Improper torque control increases manufacturing costs and delays. Using cam-over wrench removes the operator influence out of the fastening process and offers precision and repeatable torque results. A standard click wrench cannot ensure…