Eight years after the launch of the first ROMER Absolute Arm, Hexagon’s Manufacturing Intelligence division has unveiled its new Absolute Arm range. A ground-up redesign has seen one of the world’s most recognizable portable measuring arms modernized to meet the needs of today’s metrology users, with a key focus on improved usability and versatility without compromising on speed and accuracy.

A standout feature of the new Absolute Arm is its modular wrist design. This allows both the RS5 Laser Scanner and the pistol grip to be completely removed, facilitating easy probing in tight spaces. When reattached for laser scanning applications, a variety of grip sizes are available to ensure a perfect fit for every user. The new wrist also now features a display screen that allows for measurement result oversight, profile switching and calibration right at the point of measurement, reducing time spent switching attention between the arm and its control computer.

This new Absolute Arm range retains all the features that made the previous generation of ROMER Absolute Arm systems so successful. These include the proprietary Absolute Encoders that eliminate referencing and warm-up times and diagnostic reporting, as well as low-friction rotating grips and a unique counterweight system that facilitate easy movement and measurement. Also notably still present is the capacity to measure at full speed without a reduction in accuracy.

The new Absolute Arm models are also available in a 6-axis version designed for dedicated probing applications. Within this category is the new Absolute Arm Compact, which assumes position of the previous ROMER Absolute Arm Compact as the most accurate portable measuring arm in the world, with accuracy now to within just 6 microns. The full Absolute Arm range is available across seven sizes, with measurement radiuses from 1.2 to 4.5 meters, and three levels of accuracy, resulting in 36 unique arm configurations – an arm for every application.

Hexagon’s Manufacturing Intelligence 

www.HexagonMI.com