diy stone polishing machine

diy stone polishing machine

For the diy stone polishing machine, the design and manufacturing stage is very important. It is related to the full play of the equipment efficiency in the use stage and the realization of the economic benefit of the equipment. Today we are going to introduce the diy stone polishing machine

The crux of the grinding and polishing machine manipulation is to get the maximum throwing speed, so as to remove the damaged layer as soon as possible. At the same time, it is also necessary to make the light damaged layer not affect the structure that is ultimately inspected, that is, no false structure will be formed. The former requests the use of coarser abrasive to cover the polishing layer with greater speed of light throwing, but the polishing layer is also deep; the latter requests the finest data to make the polishing layer lighter, but the speed of light throwing is low.

The best way to handle this conflict is to divide the throwing light into two stages. The rough throwing target is to remove the polishing damage layer. This stage should have the maximum speed of light throwing. The surface damage of the coarse throw is the main consideration, and should be as small as possible; the second is the rough throw (or the final throw), its goal is to remove the surface damage caused by the coarse throwing inoculation, and to minimize the damage of the light throwing. When the polishing machine throws light, the sample grinding surface should be absolutely parallel and the average pressure is on the discs. At the same time, the sample should be rotate and move back along the target of the radius mark of the turntable to avoid all the wear of the light throwing fabric so fast that the micro powder suspension will be increased outside the light throwing process, so that the connection of the light throwing fabric is not necessarily humidity.

When the humidity is too high and the grinding mark of the weak light throwing, the external hard phase of the specimen emerges as the "tail" sign of the non metal mixture outside and the cast iron. The humidity is too low, because the friction heat will cause the sample to rise, the smooth and the small, the grinding surface lose its gloss, and the appearance of the black spot, and the heavy alloy will throw the injury. Leather. In order to reach the rough target, the rotating speed is lower and the best not to exceed the 600r/min; the light should be longer than the time needed to remove the scratch, so that the deformation layer should be removed. After polishing, the grinding surface is smooth but dull. It is being inspected by the microscope with an average detailed grinding mark.

artificial quartz stone plant

diy stone polishing machine has the characteristics of coarse grinding, fine grinding and polishing. It is suitable for grinding the inclined surfaces of metal belts of different sizes and thickness. It is a straight side, with a wheel and a spare. The grinding wheel has the advantages of long service life, good forming regularity and high efficiency.

Main applications: for grinding, polishing, quartzite, marble, granite and so on. It can also be used for grinding and polishing tombstones and staging stones.

Main features: variable speed motor, motor seat, grinding disc, spindle and flexible rubber coupling are assembled together to become grinding heads. The armrest, the ring rod, the guide rod, the guide sleeve, the counterweight and the pivot hinge are all made up of a balanced lever suspension system. The grinding head is mounted on the suspension system so that the grinding head is moved up and down. The automatic quartz stone grinding machine adopts a rubber coupling with a special structure between the grinding disc and the spindle, and the cooling system is a ring water jacket.

The advantage of the diy stone polishing machine is that all rough and semi finishing and polishing operations can be completed successively by changing the grinding disc.

single head polishing machine

diy stone polishing machine

The main process of remote fault prediction in full automatic stone grinding machine is to carry out on-line detection, state analysis and remote transmission of equipment through remote monitoring system, and transmit the measured data of large equipment on site through remote network to the remote terminal of the laboratory. The remote fault prediction center is used to further analyze the working status, development trend and early fault development characteristics of the field equipment, and provide the equipment failure development, information and equipment maintenance information, so as to realize the verification and application of the state trend prediction and fault prediction of the industrial field equipment.

By using the remote fault prediction center, on-line data analysis, test research and method verification can be carried out through the real-time data of the key equipment in the field through the data interface, and the data analysis results and the fault prediction results can be directly fed back to the enterprise users through the remote fault prediction center, and the enterprises can be guided to carry out the needles. For the maintenance of equipment and equipment management, the feedback signals that are analyzed and judged can be directly fed into the equipment interface when necessary to start the optimization control of the equipment safety protection system or the operation state of the equipment.

The design and manufacture of the cabinet grinding machine must be combined with the use. The design and manufacturing units should set out from the user's requirements and provide the users with advanced, efficient, economical and reliable equipment. The user unit should use the equipment and maintenance equipment according to the operating regulations of the equipment, and give feedback to the design and manufacturing units in time. Design and manufacture unit to improve the quality of equipment.

artificial stone machinery