Streamlining ultrasonic meat thickness measurement operations using mixed reality technology.
Mixed Reality is transforming the way inspections are conducted and achieving significant cost reductions by optimizing work efficiency. Hololnspect projects 3D holograms onto objects such as pipes, elbows, reducers, and flat plates, enabling the simplification of marking tasks. The technology of Mixed Reality makes marking easier, improves workability, enhances productivity, and allows field technicians to quickly visualize and project 3D holograms onto objects, facilitating ultrasonic thickness measurement tasks. By digitizing measurement locations, accurate measurement data can be collected, improving reliability and reproducibility.
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basic information
Using the Trimble XR10 virtual headset combined with Microsoft's HoloLens 2 Attaching 3D holograms tailored to the object for ultrasonic thickness measurement Fixing the position of the 3D hologram using QR codes Wireless connection with the device during ultrasonic thickness measurement (Bluetooth, Wifi, Q-Box) Types of 3D holograms include pipes, elbows, reducers, expanders, T-joints, tank bottom plates, and tank side plates (inside and outside)
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Applications/Examples of results
Simplification of the marking work when performing ultrasonic thickness measurement on piping, elbows, tank bottom plates, tank side plates (inner and outer), reducers, expanders, and T-joints. Benefits of using mixed reality technology HoloInspect in relation to the general current situation and challenges: Measurement positions are marked by hand with markers, etc. When the target object is large, has a complex shape, or there are many items, significant time is consumed in the preparation work for marking measurement positions. >>> By using mixed reality to project 3D holograms of measurement positions onto the target object, the marking work is simplified. Typically, the work involves two people: a measurement technician and a recorder. There is a possibility of errors in results and records due to communication issues between the measurement technician and the recorder. >>> Work can be done by one person. Marking becomes easier with mixed reality technology, improving work efficiency and increasing productivity. The technician can quickly visualize and project the 3D hologram onto the target object, enabling ultrasonic thickness measurement tasks. Measurement data is stored wirelessly in a virtual headset, making data organization easy. There is a possibility of input errors during the transcription or retyping of measurement records. >>> Digitalization of measurement positions improves the collection of accurate measurement data, enhancing reliability and reproducibility.
Detailed information
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3D hologram template
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QR code to fix the position of a 3D hologram
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Mixed reality through a virtual headset
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Real work example using mixed reality technology HoloInspect.
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Company information
Our company operates as an agent for globally advanced and innovative non-destructive testing technologies such as RTD-Incotest, Inspection Robotics, and Innospection. By introducing appropriate non-destructive testing technologies and solutions to Japan, we support your company's challenges. Please feel free to contact us if you have any inquiries.