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The CNC
series centerless grinding machines can be used for infeed grinding and
thrufeed grinding to ensure accuracy, high productivity in workpieces
Automatic loading and unloading attachment is convenient to operate and
reduce cost. The main advantage are as follows: 1.The grinding and regulating wheel spindles are made of high quality alloy steel (SNCM-439), and treated through: normalized, tempered, carburized hardening, sub-zero treatment, and then follows the precision grinding process which can greatly enhances spindle life and stability guaranteeing deformation free performance. 2.The unique hydrostatic bearings of the grinding wheel and roller bearing of regulating wheel can reduce the metal friction. 3.The machine base is manufactured from high quality Meehanite cast iron and analyzed by advanced Finite Element Method (FEM). 4.Along with vibration stress release, these outstanding structural features assure high strength, maximum damping capability, and longer service life. 5.Total solution. Automatic grinding process design. Available with roller and ball bearings. Equipped with FANUC color screen, the latest technology in digital control systems. In short, Centerless grinding is a form of grinding where there is no collet or pair of centers holding the object in place. Instead, there is a regulating wheel positioned on the opposite side of the object to the grinding wheel. And it is much easier to combine with automatic loading procedures than centered grinding; thrufeed grinding, where the regulating wheel is held at a slight angle to the part. |
Sorting Bucket is a sorting algorithm that works by distributing the elements of an array into a number of buckets, and then sorting each bucket individually using another sorting algorithm. The buckets are usually implemented as arrays, and the number of buckets is typically chosen to be the same as the number of distinct elements in the input array. This algorithm is particularly useful when the input array contains a large number of elements that are uniformly distributed over a range of values. The time complexity of the algorithm is O(n+k), where n is the number of elements in the input array, and k is the number of buckets.
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