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…
Do you need an easy means to view a graphical representation of the fastening joint? The Mountz EPT and ECT smart electric screwdriver systems offer this function. The graphing features with EPC-10 and ECT controllers allow you to view in display in real-time the graph of the torque, speed, and angle data. Collect and store…
When testing the torque calibration of a tool, you can set up a target for the tool along with the tolerance percentage of that torque setting. The EZ-TorQ III torque analyzer’s touchscreen interface makes it simple and easy to set up torque testing parameters for a tool. Regular quality control programs like tool calibration and…
When fastening long screws with the EC or ECT smart electric screwdrivers, are you looking for efficiency and accuracy? The auto-customizing feature learns the characteristic of the rundown and will automatically program the free angle. This process allows the tool to operate at a high RPM and then automatically slow down to a low fastening…
With select Mountz brushless electric screwdrivers, it offers a soft start speed function. This feature allows you to set the initial speed ramp for a fastening application. You adjust the starting speed of an electric screwdriver for a slow rotation, which allows for smooth engagement between fasteners and parts. It helps prevent cross-threading events. The…
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…
Error-proofing the complete tightening process improves manufacturers’ quality control process by reducing the number of defective products pulled from the assembly line and hedging the risk of liability from product failures in the field. A screw rattling loose in the avionics of a high-performance jet or from an implanted medical device can cause significant liability…
Safeguarding against sequence and tightening failures requires you to deploy tools equipped with error-proofing capabilities that track each screw the tools fasten. Eliminate product rework and warranties by adding another layer of error-proofing to the manufacturing line. Common Sequence & Tightening Failures Under-tightening: Loose fasteners cause slippage between parts, placing unwanted shear stress Gasket creep…
A torque analyzer or a torque sensor are a finely tuned instrument designed for testing and monitoring torque applications. Designed for torque evaluation and verification, a torque analyzer and sensor are a laboratory grade instruments commonly used for quality control, R&D and calibration applications. In order to maintain accuracy, it is crucial that torque measuring equipment…
Assembly automation is making large strides forward due to rapid advances in torque and fastening technology. Torque control systems are expediting all aspects of the automation process from installing error-proofing disciplines to the implementation of adaptive fastening strategies. Manufacturing automation is about tailoring and integrating a diversity of torque control technologies to enable an effective,…