Page namespace (page_namespace) | 2 |
Page title (without namespace) (page_title) | '3Dscannerp' |
Full page title (page_prefixedtitle) | 'User:3Dscannerp' |
Old content model (old_content_model) | '' |
New content model (new_content_model) | 'wikitext' |
Old page wikitext, before the edit (old_wikitext) | '' |
New page wikitext, after the edit (new_wikitext) | 'Substantial workpieces have large shapes and weights, and loads of non-standard parts have elaborate structures. The traditional measurement methods represented by the ruler, marking machine plus CMM have many difficulties. First, the inspection technique of traditional measurement methods is usually time-consuming and laborious. And the larger the size with the workpiece, the larger the particular accumulated deviation. Secondly, your detection parameters of standard measurement methods are constrained, and it is difficult to measure parts like curved surfaces, shielding surfaces, and corners. And the standard inspection tools will be worn out after long-term use, which usually directly affects the examination results. Finally, although some of the traditional measurement equipment may achieve high three-dimensional correctness, the detection of the large workpiece is not only too high cost as well as poor convenience. In recent years, handheld three-dimensional laser scanner as a high-precision, fast, portable, real-time visible, non-contact digital measurement equipment, has become more and many more manufacturing enterprises to break with the traditional, to achieve the upgrade of choice. For the production in addition to manufacturing of large workpieces, the 3D laser scanner has this particular functions. 1. It can quickly obtain comprehensive and fine inspection data to know whether the machining allowance of each position of the illuminating is sufficient. 2. Its acquisition of workpiece data allows it to have key dimensions such seeing that outer diameter, all ditch dimensions, and small hole indexing circle. The collected data must be used to judge whether the deviation is inside the tolerance range or possibly not, and can also be used for the reverse design of the matching workpiece mounted on the workpiece. 3. It could fully collect data inside high precision range to get dimensional measurement, output inspection reports, save data, as well as better contact with clients. The [https://www.3d-zg.com/products.html 3D scanner] scanning solution has the examples below features. 1. Simple and also efficient, saving time in addition to effort. The 3D laser code reader has the function associated with automatic positioning of targeted points, which means that high-precision 3D data might be collected without pasting marker points or setting tools to the workpiece surface. At one time, it has a huge measurement rate, which can obtain this structure information collected by means of traditional measurement methods in a short while, greatly improving the do the job efficiency. 2. Wireless integrating and free upgrade. The wireless modules in the scanning system are matched with the sphere scanner and tracker respectively and utilised in pairs, free from that constraints of traditional info cables. When scanning these large workpieces, it has the outstanding advantages of flexibility, freedom, and portability, which will help customers complete 3D IMAGES scanning and modeling more quickly.' |