Accretech has announced the launch of the Surfcom NEX. An evolution of the Accretech Surfcom range, the new measuring system allows both surface and contour measurements to be made flexibly and accurately using a single machine. Furthermore, the instrument delivers up to 60% faster measurement processes.

In addition to use within cleanrooms, due its ability to function across a range of temperatures, the robust instrument can also be used within production environments.

Surfcom NEX innovations include the use of a hybrid detector for simultaneous contour and surface measurement, an electromagnetic drive that allows the detector to move without wear and tear or vibration, and a linear drive system which ensures quick, low-oscillation measurements with no disruptive noises or vibrations.

Marcus Czabon, head of the metrology business unit at Accretech, says: “The new Surfcom NEX is the result of many years of intense dialogue with our customers. It offers versatility, precision and, most importantly, reliability. In terms of equipment and features, it sets a benchmark in contour and surface measurement, not least when considering procurement and operating costs over the product lifecycle.

“We want to accommodate the changing demands in production and tool inspection,” he adds. “In simple terms, more parts need to be checked in a shorter time. So, diverse application options are a driving factor. Our customers want to use just one machine for surface texture and contours. It must be possible, therefore, to combine detectors freely or to carry out hybrid measurements.

“However, reliability should not in any way be compromised by faster and more complex measurement processes. That is why the Surfcom NEX has a newly developed hybrid detector, which has over twice the coverage of traditional machines.”

For further information
www.accretech.eu

Hexagon’s Manufacturing Intelligence division has launched its latest solution for automated inspection integration projects based on 6DoF laser tracker technology. The WRTL solves common configuration problems faced by customers setting up large, automated inspection systems by removing the need for a cable connecting the laser tracker and the scanner controller, opening up the possibility for the tracker and/or the scanner to be mobile through mounting on an autonomous mobile robot (AMR) or automated guided vehicle (AGV). The system is particularly relevant for the large-scale inspection tasks increasingly seen in the aerospace and wind energy sectors.

Compatibility with the Absolute Scanner AS1, a 3D laser scanner launched in 2021, allows for the collection of high-density data at impressive levels of accuracy, reports Hexagon. This means a WRTL-based scanning system can deliver accuracy to within 50 µm across a volume measuring 60 m in diameter, independent of robot accuracy. Thanks to the enhanced level of freedom that the WRTL delivers to users when defining new system configurations, factories can now even run lights-out, with large-volume inspection tasks carried out autonomously overnight. When the operators arrive the following day, a measurement report will be ready for analysis, with the manufacturing process ready to proceed to the next production step.

“Before WRTL, automated inspection used to be limited to stationary cells completing repetitive and specified tasks,” explains Rodrigo Alfaia, product manager for laser trackers at Hexagon. “We’re now making automated inspection truly mobile, which was the case only for handheld applications before. Inspection can be carried out today here, tomorrow there, without drilling holes on the floor to install robot sliders or rotary tables.”

For further information
www.hexagonmi.com