A parallel axle slash gear reductionr is measured on the side. It can be argued that the quality of the data collected by the parallel axle slasher will have a direct impact on the quality and efficiency of the reverse project as a whole. However, where the appearance changes more significantly, it tends to mutate and reduce the accuracy of the measure. Despite the fact that the parallel axle gear-reducing laser device still has the current high velocity and precision of the scaleGear-retarding machineThe trace radius is supplemented by re-compensation, in particular the parallel axle gear reduction machine, which is a more sophisticated measuring system in the area of zoning and is widely used in reverse engineering. The main purpose of the parallel axle gear reduction machine is to directly reflect the relevant feature point information on the measured parts. As can be seen from the information in the table on the parallel axle slasher, there are defined limitations to the various collection methods for the parallel axle slasher, and for the parallel axle slasher, the method chosen should be sufficient to require:

Following the development of the parallel axle slash gear reduction machine metering, the non-contact scale began to be applied in some areas of reverse engineering. Compared to some of the other parallel-axis tilt-wheel-reducing machines and systems, the parallel-axis tilt-wheel-reducing machine laser-scaning method is suitable for data collection on complex surfaces of several screws. Product data acquisition is the first element of reverse engineering, which refers to the adoption of a specific parallel axis slash gearGeared motor(b) Measuring equipment to transform the surface shape of the parts into a discrete geometric coordinate point and to improve, model and manufacture the surface curve. Therefore, for measuring accuracy of the progressive parts, “reverse booster” or spray paint treatment is applied to the surface of the parts. Therefore, the efficient and high-precision collection of sample data is the basis of reverse engineering techniques and an indispensable step in reverse engineering. The data collected by the teeth must be complete, not leaky, and recast at later stages; data collected by the teeth must not destroy the original

(a) Speed of collection in order to reduce the amount of time spent on the entire reverse project; the accuracy of the collection should be adequate for the measurement requirements of the actual gearMotor gearedThe ct-scan mri technique, which uses radial imaging techniques, has long been applied in the field of medical diagnostics and has been gradually extended to the field of industrial measurement. The parallel axle gear reduction industry, the ct, is a non-contact measuring method for high-level seniors. It can scanned the detected parts without damaging the surface of the parts, and can correctly measure the internal structure, size, geometry and shape of the parallel axle gear reduction parts. However, the low spatial resolution of the ct scale method, the high volume of image reconstruction calculations, and the higher cost of a parallel axle gear-reducing machine equipment have disadvantages. Non-contact measuring equipment consists mainly of the acquisition of space coordinates of the surface of the parts by means of interaction between the acoustic, photo- and electromagnetic media and the surface of the side-axis tilt gear reduction machine. Measurement methods include, inter alia, laser ranging, laser triangle, structural light, structural analysis, intervention. following the development of measuring techniques, a wide variety of data-collection methods are currently being applied, with different methods of measuring, which not only determine the quality of the measures, but also directly affect the type and subsequent processing of the parallel axle gear reduction machine。Gearbocthe accuracy of the non-contact scale measure is high, fast, large in scope, low in money, easy to manipulate, with little limit on the surface appearance and material requirements of the side-axis oscillating gear parts, with an accuracy of around 0.005 mm and a collection of 15,000 points in seconds. http://boserlgearreducer.com/product/list-pingxzoujiansuji-cn.html