Hexagon’s first handheld 3D scanning devices enable engineers and manufacturing
personnel to scan what they need in a wide range of environments, inside and outside
factory walls. Two new portable devices, the AtlaScan Max and MarvelScan are for
measuring parts in a broad spread of inspection environments that include applications in
automotive, rail, industrial equipment and general manufacturing, as well as heritage and
restoration projects.
“Today, manufacturing and engineering teams recognise the value of up-to-date 3D scans
throughout the product lifecycle,” says Pirmin Bitzi, general manager for portable measuring
devices at Hexagon. “Almost anyone might need to perform a metrology-grade scan of a
part regardless of their location. Our first handheld 3D scanners enable customers to
digitalise parts without worrying about fixturing or environmental conditions, and
MarvelScan’s integrated photogrammetry system aligns to reference targets without the
need for stickering. Wireless and ergonomic, the scanners provide a seamless, instant
scanning experience from the shop floor to the shipyard.”
AtlaScan Max and MarvelScan users can adapt workflows on the fly using ergonomic,
thumb-operated controls that streamline 3D scanning processes in confined spaces and
rugged or outdoor environments. Eliminating the need to access a control PC during
measurement, this multi-mode scanning enables the efficient measurement of different
feature types and surfaces. For example, users can scan open surfaces in Standard mode,
then quickly switch to Fine mode using the on-device controls for higher resolution on
intricate features. Crucially, the data collected under these different modes are
automatically combined into a single, workable point cloud.
The new devices also eliminate the need to fixture parts prior to measurement, which
contributes to significant time savings and allows greater measurement flexibility.
More information www.hexagon.com

HBK, a leader in test and measurement solutions, is introducing its Load Cell Measurement Chain (LCMC), a customisable solution that allows users to tailor their measurement system to meet their individual needs, and install it according to the plug and play principle.

The LCMC is a combination of HBK load cell and amplifier unit. With a selection of 14 available load cells, users can select the one that best suits their requirements and pair it with a common amplifier unit, including IO-Link.What sets the LCMC apart is its potential for creating over 11,000 unique configurations. This standardised solution not only delivers performance and cost-effectiveness,it also ensures a precise match for specific measurement needs.

Key features of the smart, digital load cell measurement chain includeIO-Link compatibility. All 14 load cells are available with IO-Link technology, offering advantages such as smart functions (pre-processing of data, self-monitoring and warnings), bi-directional sensor communication and easy installation.

Although the LCMC is one measurement chain, it has multiple purposes.It is possible to use the same amplifier electronics for various load cells, streamlining both processes and procurement. This versatility enhances efficiency and flexibility in day-to-day operations.

“We’re thrilled to offer our customers a wide choice of load cells combined with a wide choice of output options in the LCMC,” says product managerSimon Kleefeldt. “This LCMC empowers our clients with an easy to set up, tailored measurement chain at an attractive price.”

For further information www.hbkworld.com 

Hexagon’s Manufacturing Intelligence division andArch Motorcycle, a manufacturer of high-performance bespoke motorcycles, are partnering to support the quality control demands of engineering and producing unique riding experiences for Arch customers.  

By combining artistry and engineering with precision technologies, Arch maximises the performance potential of its motorcycles while keeping innovation at the forefront of design. The partnership is geared to help Arch expand its commitment to producing bespoke motorcycles by fully digitising quality processes throughout engineering and manufacturing with new measurement technologies. 

Among the 3D scanning technologies to be implemented by Arch Motorcycle include Hexagon’s equipment and software for reverse engineering, which will enable the company to retain classic design elements for application to products in development. The technology will also help Arch Motorcycle, which was co-founded by actor Keanu Reeves in 2011, create tailored ergonomic motorcycle designs that incorporate individual customer specifications for shocks, seats, handlebars, foot controls and overall fit. 

The ability to perform quick digitisation of part dimensions and surface finishes for comparison with CAD models and quality standards will enable Arch to improve both throughput and quality control easily and with confidence in the data. It also allows the company to keep an accurate digital 3D record of each customer’s motorcycle to support future customer service. 

Hexagon devices to be used by the Arch manufacturing team include a measurement arm (Absolute Arm) with line-scanner (the AS1 laser scanner) that enables even inexperienced users to capture measurements directly into associated software. The 3D laser scanner provides a guided workflow that helps users visualise 3D models and guides them through successful coverage of critical features and surface measurements. Paired with tightly integrated measurement software, the laser scanner also makes it easy to scan large components and reverse engineer parts. 

For further information www.hexagon.com