Hexagon innovates inspection of fragile parts with low force, infrared machine tool probe

New compact probe with low trigger force and high precision makes it possible to measure fragile applications and inspect small areas directly on the machine tool.

03 maart 2020
Hexagon’s Manufacturing Intelligence division has launched a new probe, the IRP40.42, which transforms the inspection of very fragile materials and small or thin-walled parts, directly on the machine tool.

The new IRP40.42 is an innovation in probe technology that meets the specific demands of manufacturers of small, fragile parts. Regular touch probes can exert too much pressure when measuring fragile parts on the machine tool, leading to damage. In addition, regular styli balls are typically too large to inspect inside the very small parts produced, for example, by the watch-making or dental industries. At the same time, manufacturers want to benefit from the productivity gains of accurately inspecting fragile parts, directly on the machine tool. 

Hexagon has designed the IRP40.42 to overcome the challenges facing manufacturers across sectors that range from medical appliances through to automotive. In addition to applying a force as low as 0.08 N in the X- or Y-direction, which compares to between 0.3 N and 1,4 N for standard machine probes, the IRP40.42 can be equipped with styli balls as small as 0.2 mm in diameter.

The IRP40.42 builds on Hexagon’s highly successful touch trigger probe technology, developed for taking highly accurate measurements on coordinate measuring machines. A robust, compact housing protects the IRP40.42 from the harsh machine tooling environment, while Hexagon’s proven HDR+ infrared transmission technology ensures communication between probe and receiver.

Crucially, the IRP40.42 is extremely precise and can capture measurement points with a repeatability of 2 Sigma 1 μm while consuming extremely little energy, resulting in a battery lifetime of up to 800 hours in continuous use.

Fabio Marino, Product Manager at Hexagon, says: “We were receiving more and more enquires about a probe for taking delicate measurements in limited space. With the IRP40.42, we can now offer a solution to our customers that fits perfectly into our range of machine tool probes while matching the needs of very specific applications.”

The IRP40.42 communicates with the existing infrared receivers IRR91.42 and IRR91.50, which also work with additional Hexagon tool setters inside the machine tool. The probe is also compatible with Hexagon’s market-leading measurement software solutions.
Over Hexagon Manufacturing Intelligence

Hexagon Manufacturing Intelligence helpt industriële producenten de baanbrekende technologieën van vandaag en de levens veranderende producten van morgen te ontwikkelen. Als toonaangevende specialist in meet- en productieoplossingen, zijn onze expertises waarnemen, denken en handelen. Het verzamelen en analyseren van meetgegevens en het actief gebruiken hiervan. Dit geeft klanten het vertrouwen om hun productiesnelheid te verhogen en de productiviteit te verbeteren, terwijl de kwaliteit van het product ook omhoog gaat.

Met een netwerk van lokale servicecentra, productiefaciliteiten en commerciële vestigingen verspreid over vijf continenten, vormen wij op een slimme manier veranderingen in productieprocessen, zodat er een wereld ontstaat waar kwaliteit de productiviteit aanstuurt. Voor meer informatie gaat u naar HexagonMI.com.

Hexagon Manufacturing Intelligence maakt onderdeel uit van Hexagon (Nasdaq Stockholm: HEXA B; hexagon.com), de wereldwijd opererende leverancier van informatietechnologieën die voor hogere productiviteit en kwaliteit zorgt in geospatiale en industriële ondernemingen.
 

Contact opnemen

Hexagon Manufacturing Intelligence
Precision Center Benelux
Van Elderenlaan 1 
5581 WJ Waalre 
Nederland

Telefoon: +31 40 222 2210
Fax: +31 40 222 1715

Verkoop Klantenservice

Infrared Touch Probe IRP40.42

The infrared touch probe IRP40.42 has been specially designed for measuring sensitive materials and thin, fragile workpiece geometries within harsh machine tool environments.