Using CBN diamond grinding wheel grinding operations, in addition to the service life of the grinding wheel is very important, the the wheel quality factor is crucial in order to achieve high demands on the grinding process and the machining accuracy. The grinding process in the tool and the part has been playing a very important role. Compared with other types of cutting technology, the strengths of the grinding process in the smaller corrugated its hard materials good processability, high geometric tolerance precision (IT5 6) and the grinding surface and rough degree (Rz = 1 ~ 3μm). As the basic shape of the electroplated grinding wheel malleable, cutting wheel, so this process is especially suitable for applications requiring high processing occasions. Wheel plating layer is characterized in that, on the one hand the other hand, the space required to keep the chips can be discharged through a high-quality grinding particles reaches the wear limit range requirements. Overall observation grinding processes As the process is more and more complex, it is necessary overall observation of the grinding process. This means that a specific request to be based on a variety of different applications, the configuration of the wheel. At this time, often involving surface shape (ie, the role of the regional cutter). Modern measurement techniques and methods must be used in order to be able to do the description and evaluation of the specific characteristics of the relevant surface. Tool process results with particulate matter and quality levels at any point in time so you can make an objective assessment. This is also to ensure that a prerequisite for stable machining quality.
Diamond tools with excellent performance and broad prospects for development, has been recognized by our customers and pro-gaze, we have to introduce the following under the scope of application of the diamond tool: Difficult to machine processing of non-ferrous materials Processing of copper, zinc, aluminum and other nonferrous metals and alloys, the material easy to adhere to the tool, processing difficulties. Using diamond low coefficient of friction and non-ferrous metal affinity characteristics of a small, diamond tools can effectively prevent metal tool bonding. Furthermore, since diamond elastic modulus, the cutting edge portion when the deformation is small, the cutting of non-ferrous metal extrusion deformation, allows the cutting process is completed under a small deformation, which can improve the quality of the machined surface. Difficult to process the processing of non-metallic materials non woven abrasive Processing contains a large number of high hardness particles difficult to process non-metallic materials, such as glass fiber reinforced plastic, filled silicone material, rigid carbon fiber / epoxy composites, the hard particles of the material so that the tool wear serious, carbide cutting tools for difficult processing, diamond cutting tools, high hardness, good wear resistance, high processing efficiency abrasives . ultra-precision machining With the advent of modern integrated technology, machining high-precision direction the development of a very high demands on the performance of the tools. Diamond friction coefficient, low coefficient of thermal expansion, high thermal conductivity, can cut very thin chips, chips easily outflow affinity with other substances, not easy to BUE, heat a small, high thermal conductivity, avoid heat the influence of the blade and the workpiece, so the blade is easy to passivation, small deformation of the cutting surface of higher quality can be obtained. Over the years, always been technology-based, market-oriented, with its superb technology, process and efficient products, perfect after-sales service to win the trust of the majority of users, which has been in the field of market development and growth.