NEMA Ltd, a manufacturer of motors, actuators and electromechanical assemblies, has invested in the latest Keyence IM series measurement system.
Andy Wilding, managing director at NEMA Ltd, says: “Aiming for, and indeed maintaining, the highest possible standards is an absolute necessity for us. We were committed to investing heavily in our inspection facilities, and had already identified areas where we felt improvements could be made.”

Companies involved in the aerospace industry face very stringent inspection requirements. These needs can be time consuming, putting a bottleneck on production, reducing productivity and, ultimately, costing money. In some cases, they may even provide a barrier to dealing with some of the larger tier-one companies.
With the IM series, more accurate measurements can be made and, in a short space of time, bottlenecks can be eliminated and costs reduced, says the company.
“With new equipment and a controlled environment, we felt the IM series was a key device for us to acquire,” continues Wilding. “In a nutshell: it matched our needs perfectly.”
The IM series image dimension measurement system was selected because of its range of specialist measurement tools, its built-in dimensional reporting feature and its speed of operation, among other criteria. These features all play a role in NEMA’s design, development and repair of electric motors and electro-mechanical assemblies. In addition, the image-measurement system allows NEMA personnel to measure more accurately than before.
“This Keyence device has proved essential to satisfy the needs of our varied customer base, which includes a number of tier-one aerospace companies,” concludes Wilding.
For further information www.keyence.co.uk

RPI UK, a specialist in positioning devices for high-accuracy rotary and angular inspection systems, launched its TruMotion system at the recent Quality Show 2019 in Rosemont, USA.

Jim Palmer, RPI’s sales manager, says: “TruMotion is our latest innovation in the measurement of circular geometry (TIR) for internal and external diameters, and faces of small and medium-sized round parts in machining and grinding applications such as gears, gauges, bearings and aircraft engine components.”
The TruMotion range of precision, manual spin, mechanical bearing rotary tables is designed to inspect circular components in a shop-floor environment. Available in two sizes (200 and 400 mm), the systems offer a maximum load capacity of 50 kg, delivering radial and axial runout targeted at 3 µm. Moreover, TruMotion units feature a user-friendly interface with an optional touchscreen.
Also demonstrated at the show was QuadProfile, a small, precision rotary table for turbine blade inspection.
The Quadrant range of rotary tables provides an additional axis for any high-precision CMM inspecting parts such as gas turbine discs and fan blades. A component is simply rotated to meet the CMM’s measurement probe rather than the three-axis probe being programmed to reach multiple measurement points around a part. Not only does this design simplify the measurement procedure, it helps to deliver fast and accurate indexing, as well as increase the CMM’s application range and effective measuring volume. Overall, this improves the flexibility, productivity and efficiency of the CMM inspection.
For further information www.rpiuk.com

To make sure that Exeter-based Rotamic Engineering’s inspection provision was able to keep pace with its recent rise in production levels, the company invested in a Crysta Apex S574 CNC CMM from Mitutoyo, which offers a working range of 500 x 700 x 400 mm.

Kai Kidson, Rotamic quality engineer, says: “When compared with other CMMs, we considered that the accuracy and repeatability of the Mitutoyo CNC CMM would provide the capability to inspect components with challenging dimensional specifications. Also, not only would the speed and efficiency of the machine be able to keep pace with our current levels of manufacturing, we believe it will cope with all foreseeable rises in production.
“In addition to inspecting single parts, we are now able to place a large batch of components on to the CMM’s granite bed, recall a pre-written program and perform a mass inspection routine in fast, fully automatic CNC mode. We are then able to generate detailed inspection reports that can be archived for our traceable records.”
Over the past 40 years, Rotamic Engineering has established a reputation for the manufacture of precision machined components. In addition to serving the defence, Formula One and medical industries, Rotamic has been a supplier to the aerospace sector for more than 20 years. This challenging field currently constitutes the company’s largest market. To meet the requirements of its aerospace clients, the ISO9001 accredited business obtained AS9100 in 2006.
In addition to ensuring that all materials are traceable and sourced from approved suppliers, in-process quality checks are made by the company’s machine operators throughout each manufacturing stage. Lastly, before component dispatch, in-depth final inspection routines are carried out.
For further information www.mitutoyo.co.uk

An optical measuring machine – the ATOS 5 for Airfoil – has been unveiled by GOM that is particularly suited to small parts and complex freeform surfaces. The sensor is designed for the inspection of aerofoil components like turbine blades, nozzle guide vanes or blisks in the aerospace and power-generation industries.
GOM’s ATOS 5 for Airfoil expands the ATOS 5 series in the measuring area for small parts. This machine adds to the existing all-rounder ATOS 5, which performs a range of tasks in measuring areas from 170 to 1000 mm in length, and the ATOS 5X, which is effective when used for large surfaces and parts due to its strong, focused light. The ATOS 5X demonstrates its applicability in sector’s such as automotive, where even entire car bodies can be digitised quickly.
Following the launch of a 3D measuring machine for small parts with a size of 100 x 70 sq mm to 400 x 300 sq mm, GOM closes the gap in the lower measuring area. At the same time, the ATOS 5 for Airfoil is particularly suited to the inspection of turbine components produced for the aerospace industry, like blades, blisks and air-conducting structures. The complex edges and surfaces on such parts have been a challenge during 3D digitisation, until now. The ATOS 5 for Airfoil sensor is also said to excel during the maintenance and repair of nozzle guide vanes. The costs associated with the MRO sector are large – replacing turbine blades can exceed €10,000. Using ATOS technology, partnered with techniques such as additive manufacture and adaptive machining, can lead to considerable savings.
For further information www.gom.com

To enable the efficient completion of a challenging project in a nuclear plant, UK engineering and steel service provider, Coatbridge-based Watson Towers, recently purchased a 3.5 m capacity version of Faro’s QuantumE ScanArm, fitted with a FaroBlu laser line probe SD and supported by the company’s CAM2 metrology software.

The tasks in question were to accurately reverse engineer large fabricated parts located inside the nuclear plant, then to produce new parts that were precise duplicates of the originals, and finally to fit the newly manufactured components.
Watson Towers’ general manager Iain Hussey says: “Having won a major contract from a client involved in the nuclear industry, we needed to invest in an advanced laser scanning system that would allow us to perform in-depth, non-contact scans of the large elements which needed to be reverse engineered. The captured point clouds could then be used to create the CAD models required for the duplicate fabrications.
“When compared with the alternatives, we concluded that the QuantumE ScanArm provided an accurate, reliable and comprehensive solution for our requirements,” he adds. “We were particularly impressed by the system’s high-speed point cloud capture and resolution.
We also realised that, not only would the QuantumE be perfect for the precise scanning of components at the nuclear power site, the device would also prove useful for many of our other on-site and off-site scanning and measuring tasks.
“For instance, by employing the QuantumE ScanArm on our new Ficep Gemini thermal-cutting machine (pictured), we are able to ensure its consistently high productivity and the quality of its work.”
For further information www.faro.com