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A portable coordinate measuring machine (CMM) called the XM Series makes it simple for anyone to measure 3D/GD&T features. The device is transportable and ready for the shop floor, thus measuring Watch more. Additionally, the device automatically saves measurement information and generates thorough inspection reports.
For rapid, real-time dimensional study of a part, you can carry a handheld CMM scanner by hand to any location on the production floor. Both contact and non-contact portable CMM scanners are available. An instrument that measures the geometry of real objects is a coordinate measuring machine, or CMM. CMMs use a probing method to find small points on object surfaces.
Probes for coordinate measuring machines (CMMs) are transducers that use a variety of measuring methods built into the probe structure to transform physical measurements into electrical signals. CMM probes are a large group of instruments used for direct and comparative measurements that employ a variety of technologies.
Coordinate measurement machines (CMMs) come in four different general categories: bridge, cantilever, gantry, and horizontal arm. What you intend to use it for will influence which one you select. Every CMM has three orthogonal axes—X, Y, and Z—that function in a three-dimensional (3D) coordinate system.
The advantage of the coordinate measuring machine (CMM) is that it can accurately measure objects that are challenging to measure with other measuring devices. For instance, it is challenging to determine a specific point’s three-dimensional coordinates.
The Global handheld probe coordinate measuring machine market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Keyence The XM-5000 portable hand held probe benchtop CMM from Keyence offers highly accurate measurement across a sizable measuring volume. Keyence claims that the XM-5000 CMM system is as simple to use as calipers, capable of carrying out complex measurements, and portable.
With a tracking camera that records the near-infrared light emitted by seven markers placed on the handheld measuring probe, the measuring system uses a novel approach.
By continuously following the light emitted by the probe to instantaneously identify the probe position anywhere within the broad measurement region, the probe search camera also makes it possible to measure across a large area.
Without having to worry with cords, the probe may be used anywhere thanks to wireless LAN connectivity. The markers’ angle may be changed to face the camera, and the handheld grip can be rotated 90 degrees for a more comfortable hold.
An embedded camera in the wireless probe enables dynamically captured photos of the component parts, delivering image-based measurement results for simple measurement overlay viewing.
