Do more and do it effortlessly

With the Torqo you can easily change from one mode to another – such as removal to removal/incremental – or change bottle style from beverage to child-resistant. A constant velocity drive does away with operator induced errors and eliminates the physical strain that can lead to carpal tunnel syndrome.

All the output you need – even SPC reports

The software generates X charts, R charts and histograms, while the processor calculates the standard deviation and range. The Torqo has the flexibility to download your data directly to a PC for daily report production. Because of Mesa’s commitment to meeting the ever-changing needs of industry, the software is easily updateable when new tests are needed.

Non-destructive testing saves money

Since the testing process with the Torqo is generally non-destructive, you can often return the tested samples to the manufacturing line. This is possible because the Torqo can reapply the cap in less than 500 ms from the time the peak torque is measured. Extensive incubation testing has proven that pasteurized liquids with vacuum seal caps are not affected by this method of Torqo testing, and similarly, carbonated beverages do not lose their CO2 content.

Calibrate on site to save time and money

Your Torqo comes with a Certificate of Calibration that assures trace ability to the National Institute of Standards and Technology (NIST). This calibration can be verified or a new one done at any time and without returning the system to the factory. Anyone can perform the operation by using a Calibration Kit and by following the simple instructions and keypad prompts that are provided with the Torqo.

A durable product that fits easily in your plant

This metal-housed unit, with its abrasion resistant finish, can withstand the dust and liquid spills that occur during normal factory use. Maintenance is simple: just wipe the Torqo down with a damp cloth.

To put it simply, different operators will apply different forces to manual torque measuring devices, and the force applied directly relates to the torque measured. When torque is measured by using a manual torque meter, an operator’s hand is responsible for applying the twisting force to the cap in order for the cap to rotate to the removal point or application point. At this point, torque data is recorded and displayed on the torque measurement device. During this process, an increase in the force applied by the operator to the cap, or an increase in the speed at which the force is applied, will result in an increase in the measured torque of the cap, and vice-versa. In order for accurate and reliable data to be obtained, each operator must apply precisely the same amount of force to the cap, testing cycle after testing cycle. With a motorized torque testing system, the force applied to a cap is precisely the same in each testing cycle, regardless of who may be operating the machine, or how strong they may be.

The Torqo II combines the features of the 15-year-old, factory floor proven Torqo with the latest in HMI (Human Machine Interface) technology to bring cap torque testing to a new level of accuracy and simplicity.

Timely information improves quality

The Torqo gives you information that helps you track events – and potential problems – during the manufacturing process. It stores data by capping head number, making trends easily recognizable, so that money-saving corrections can be performed in a timely fashion. Because the test results are automatically stored, manual recording errors are eliminated and verification of the testing process becomes easy.

Removal Torque: With a single keystroke, the cap can be removed and reapplied to a designated torque level. The measured values can be stored in the Torqo’s memory.

Incremental Torque: The proper installation of a cap with an internal seal can be verified with this test.

Bridge Torque: This test determines the rotational force required to break the bands that bridge the gap between the cap and the tamper evident band on either an aluminum roll-on cap or a plastic cap.

Reverse Ratchet Torque: This measures the torque required to rotate a child-resistant cap in its free running state.

ROPP (Roll on Pilfer Proof): This test is designed to measure the torque required to open, break the bridges and then strip the threads on a Roll on Pilfer Proof cap.

Close: This selection enables the system to be used as a capping device. When used in this mode the actual closing value can be saved and outputted.

Strip: The strip test is designed to measure the torque required to drive the cap in a clockwise direction (close) in order to break the tamper evident band and remove the cap completely from the product.