Twyn im Einsatz zeigen
Während der letzten zwei Monate haben wir ein Gewinnspiel für unsere Kunden, die Twyn nutzen veranstaltet!
Das Gewinnspiel endete am 20. Februar 2026.
Danke für Ihre Teilnahme!
Das Gewinnspiel ist beendet.
Die drei Gewinner werden per E-Mail benachrichtigt.
Die folgenden Twyn-User haben bereits am Gewinnspiel teilgenommen:
Here you can see a bracket on a pre-assembled frame. You can see that the marked drill holes are on the wrong side. The reason for this is that there is a left and a right bracket. The fact that the brackets were mounted on the wrong side was quickly identified and corrected with the help of Twyn. We would have lost a lot of time correcting this error later in the assembly process.
I’m Peter Ferencz, and I’m writing from Hungary. At Mubea Aerostructures Ltd., we use the Twyn software to inspect aircraft parts. It is a major step in the development of our company that we have managed to integrate this system into our production area and can now use it effectively to inspect both finished products and individual parts.
Twyn inspections help us with complex products for our customers. All products are highly sophisticated and contain a large number of small components, holders, supports, stiffeners, and stud bolts. Using Twyn has significantly accelerated our inspections.
We use Twyn to inspect various steel parts for our wood connectors. In this case, we are inspecting “stars” for a dome construction. Twyn is a great help here: it simplifies the inspection.
With Twyn, we automate inspection and rework processes, leading to lower associated costs.
The goal is to check the parts with Twyn before welding. In this example, no test was performed because the part is quite simple. Nevertheless, it shows that even with simple parts, testing with Twyn is important.
The reseller was demonstrating the Visometry Twyn software at our company. For this demonstration I picked a random product from our assembly facility, mainly because it was a small weld assembly and easy to handle. Right away the software showed that the bracket was in the wrong position. Since this assembly comes in a left and right version, it meant that the whole batch of 10 assemblies was rejected. It also made clear how this mistake was made, which encouraged me to redesign the part in such a way that there was only one type of bracket, opposed to the previous situation of different brackets for left and right assembly.
A couple of months ago, we were tasked with the design and production of a very complex three-dimensional roof construction, whose pipes are bent in multiple directions. Twyn enables us to check the overall geometry and completeness of the individual construction components without having to browse through multiple PDF files. This is especially true for complex structures. Multiple times, we were able to locate wrongly welded plates and fix them, thus improving quality and fit accuracy while simultaneously avoiding expensive reworking on construction sites.
Unfortunately, a single image does not do justice to the application of Twyn at Krone. It is not only the user-friendliness, but also the direct display of error images combined with report generation, and all of this on site. Colleagues from a wide variety of departments are familiar with the system and come back to us as users in quality assurance. We use Twyn daily in the following areas: QA incoming goods inspection: completeness checks, change checks, checking free-form assemblies. QA analysis: fault detection on assembly units, machines. Assembly: checking and documenting settings. Work preparation: setting up different devices. Suppliers: preliminary acceptance of stapled welded assemblies.
During end-of-line frame weldment inspection, a bracket was found to be installed incorrectly (even with basic inspection – not using Assisted Deviation Detection). After further investigation, it was determined that the fixture allows the bracket to be installed at the wrong position. The fixture has since been updated.
Thanks to our cooperation with AYES, we were able to implement 3D model–based digital quality inspection, which allows us to detect defects faster before assembly.
Twyn supports both our welded and machined products. It cut my inspection time by 80% while uncovering over twice as many defects as manual checks – now I can’t work without it.
In the daily operations of Ales Metaaltechniek, Twyn by Visometry plays a key role. Where drawings, measurement reports, and visual inspections were once required, Twyn now provides immediate insight. Using augmented reality, Ales Metaaltechniek effortlessly compares the digital 3D model with reality. The result? Deviations become visible at a glance. We value the simplicity: no complex measurement setups, just a tablet. Twyn fits perfectly with our efficient way of working and makes technology truly practical.
We use Twyn to support the setup of clamping fixtures in sheet metal manufacturing using augmented reality. Employees can directly superimpose the digital 3D model onto the real component and the associated clamping devices. This makes the correct positions, sequences, and distances immediately visible. This reduces setup errors, shortens setup times, and makes it easier to train new colleagues – a clear gain in efficiency and quality for our production.“
Twyn helps us accelerate the assembly of our components. With augmented reality‑based inspection, we can compare the real part to its 3D model in seconds. Therefore, we immediately detect deviations in geometries, directly on the shop floor. We also use Twyn to evaluate entire welded assemblies for potential welding distortion, giving us a faster, more reliable and visual way to ensure quality across the whole part.
Using the program has minimized the number of scrap in finished products. It has become much easier for welders to assemble structures. This is a new product that definitely helps in the work.
We use Twyn to inspect assemblies before welding. This allows us to detect oversights beforehand and correct them more easily. This eliminates potential errors that would only become apparent during assembly.
Twyn technology is a very useful software solution when used in the machine production of pressing tools. Twyn is suitable for checking the tool before starting the pressing process. It simply checks all components of the pressing tool.
Twyn inspections help us quickly evaluate complex products made by our suppliers. This analysis allows us to accept the product or proceed with a more in-depth analysis using other equipment. Using Twyn has significantly accelerated our inspections.
AR inspection of the base frame of a complex system.
Inspection of a steel plate in its clamped state on the machine during manufacturing.
Checking the oil tank for hydraulics.