Mecmesin VortexPro Touch – Twin-Column Automated Torque Tester with Touchscreen Console, 10 N.m

The Mecmesin VortexPro Touch is a multi-functional torque tester controlled by the included touchscreen console running VectorPro software. The VortexPro features a twin-column design allowing torque testing up to 10 N.m (90 lbf.in). An adjustable crosshead and sensor carriage provide the space to accommodate larger specimens up to 350mm in height.

The versatility and ease-of-use of the VortexPro testers appeals to users, whatever their level of skill or experience is. The tester fits comfortably on a benchtop making them ideal for use in QC, R&D laboratories, or in a production area.

A wide range of torque sensors, grips, and fixtures are available (sold separately). 

A range of ETS torque sensors are available to ensure that you can test with optimum precision across the full capacity of your VortexPro torque tester.

By selecting several ETS torque sensors you can accurately test from the slightest of torque values up to several N.m. Each torque sensor is automatically detected by the VortexPro without the need for user configuration. 

The VortexPro Touch features a touchscreen controller which has been designed as an alternative to a desktop or laptop computer. The tablet console provides full PC capability, operating with Microsoft Windows, specifically optimized for and pre-installed with Mecmesin’s VectorPro software, making it ready for immediate use without further configuration.

For ultimate flexibility, the console is attached directly to the side of the test stand column and can be tilted or rotated for ease of viewing. 

Designed specifically for ease-of-use and precision when selecting test parameters, a simple and convenient control panel ensures easy selection of display parameters and a precise jog-control for quick positioning of the motor spindle and lower fixture.

VectorPro is dedicated software for use with the VortexPro torque testing systems. It enables and stores test routines, acquires data from torque sensors and angle encoders then performs calculations on the data before generating test results for export and reporting.

• Real-time graph plotting
• Immediate display of results
• Full data export
• Customized report generation
• Drag and drop interface
• Personalized workspace
• Secure user accounts

Whether striving for precision, reliability, or safety, countless sectors rely on static torque testing to ensure their products and processes meet the highest standards of quality and performance.

Engineers and scientists rely on it as a fundamental tool for product innovation and improvement to assess the performance of prototypes, validating their designs and fine-tuning their creations.

Static torque testing plays a pivotal role in quality control to evaluate the integrity of fasteners and closures ensuring that they are tightened to the appropriate specifications in various industries, from automotive and aerospace to medical devices and cosmetics.