Mechanical tools - Import export

Essential for direct reading and high-capacity torque wrench calibration! Mechanical loaders increase the accuracy ot torque test results while simultaneously reducing technician fatigue from pulling or pushing on torque wrenches during testing. A mechanical loader is the perfect accessory to increase the repeatability and productivity of the System 5 Digital Torque Tester. The drive system for each loader assures true 90-degree force application to eliminate force angle error in testing. In addition, the loaders mechanical advantage reduces technician effort and fatigue, particularly in high-capacity tool testing. SR Mechanical Loaders use the highest quality ball screws to assure smooth operation and extended service life. Welded steel frames and rigid transducer mounting plates assure torque load is properly resisted. Optimized gearing selection reduces physical effort to operate, enhancing productivity and ergonomic safety.

The Mountz FGC cam-over wrench is a reliable and durable error-proofing tool that allows engineers to reduce the risk of over-torque on their assembly lines in sensitive production environments. Engineered and assembled in Silicon Valley, Mountz FGC precision preset cam-over wrenches are the most advanced torque-limiting wrenches for high-level process and quality control. The preset wrench ensures that the correct torque value is applied consistently to each fastener without the risk of operator adjustment. Click wrenches are not 100 % process safe and are often susceptible to over-torque results due to operator influence. A click wrench does not physically prevent an operator from applying additional force and which leads to inaccuracy. Using a clutch mechanism, cam-over tools prevent the operator from applying too much torque to the fastener – preventing over-torque events, broken components, costly product returns, and safety risks. [...]

Adjustable Torque Screwdriver with Digital Scale. The Mountz FGA adjustable cam-over torque screwdriver is an error-proofing tool that allows engineers to reduce the risk of over-torque on their assembly lines in production environments with critical fasteners often found in electronics, aerospace, and automotive manufacturing. Torque range suitable for micro, low, and medium torque applications. Using a clutch mechanism, cam-over tools prevent the operator from applying too much torque to the fastener - preventing over-torque events, broken components, costly product returns, and safety risks. Cam-over technology reduces the possibility of operator error in both fastening directions, which ensures correct torque is applied and prevents fastener breakage. Providing the operator with an adjustable tool provides flexibility where torque values may need to be adjusted on demand, like maintenance, field service, and research applications.