1. Finished products of precision parts such as light iron metal, nonferrous metal and hard plastic shall be polished, cleaned and polished at one time.
2. Irregular parts, holes, pipes, dead corners and cracks can be polished.
3. High processing speed, simple and safe operation and low cost.
4. The finished product will not be deformed after processing, and the accuracy will not be affected. The flame grinder adopts electrolytic water technology, and the energy equipment for extracting hydrogen and oxygen from water is electrified, in which hydrogen is used as fuel and oxygen is used as combustion-supporting, which can replace carbon-containing gases such as acetylene, coal gas and liquefied gas, and has the advantages of high calorific value, concentrated flame, zero pollution, high production efficiency, energy saving and convenience. Suitable for taking the machine into the wild environment for operation. Suitable for precision process open flame welding, quenching and annealing of small castings and small parts, welding of various metal wires, testing of high-temperature materials, etc. in jewelry factories, gold shops, dentistry, glass and other industries. Polishing machine consists of machine body, working roller, swing frame feeding roller, brush roller, dust collection system and electrical control part. There are three working rollers, namely polishing roller, leather grinding roller and flannel roller, which are respectively equipped with felt roller, rubber roller and steel roller as feeding rollers, so that the machine can be used for both hard polishing and soft polishing. Among them, the leather grinding roller is equipped with a transverse swing mechanism, which makes 55 times/minute reciprocating sliding along the axial direction of the roller while rotating grinding, so as to make the grinding fine. There are mainly two kinds of polishing rollers, one is a bidirectional spiral grooved roller made of artificial agate, the other is a circular plate made of special cloth, the other is a spiral cloth roller made of two turbulence hoods, or a felt roller with no spiral surface wrapped with felt, or a smooth paper (cloth) roller with velvet soft surface wrapped with paper or cloth. They can be used for polishing different leather products and different processes respectively. The guide angle and groove size of the spiral groove on the polishing roller are specially designed, which is convenient for motorcycle polishing while the roller rotates at high speed. The dander and dust scraped by friction are discharged from the high-speed grinder at both ends of the roller along the spiral groove with the airflow, which improves the heat dissipation performance of the grinding roller, reduces the polishing intensity and prolongs the continuous polishing time of the roller. The feed roller is installed on the swing frame, and it is controlled to be close to the polishing roller by the pedal, so the gap between the feed roller and the work roller can be adjusted by adjusting the swing frame. The brush roller below the polishing roller is used to prevent leather from winding around the work roller, and its rotation direction is the same as that of the polishing roller. In the dust collection system, the protective cover interlayer of the work roll and the dust suction duct in the machine body form a dust suction cavity, and the induced draft fan discharges the dust in the duct through the duct. At the outlet of the inner pipe, the air volume is adjusted by the valve, and the dust is discharged into the dust filter. A safety baffle is arranged in front of the work roll protective cover. When the hand collides, the feed roller returns to the non-working position, and the main machine stops working, and can only resume normal work after restarting.
Three-dimensional vibration strengthening polishing process is a combination of vibration cutting polishing and shot peening. In the process of machining, the electric vibration exciter generates vibration, so that the grinding medium vibrates with a certain amplitude and frequency with the machined part, so that the strengthening medium collides irregularly with the workpiece in the three-dimensional direction, and the polishing liquid and abrasive scratch the surface of the part, thus realizing enhanced polishing. Vibration polishing process is actually a mechanical calendering process. In this process, the workpiece, abrasive and brightener form a system. Abrasive materials impact the workpiece surface with the energy obtained from the high-frequency bottom radiation vibration of the vibration tank, causing its micro-plastic deformation, thus reducing the surface roughness. The brightener acts on the surface of the workpiece, which can quickly remove the oil stains and impurities on the surface of the workpiece, achieve the brightening effect, and thus improve the calendering quality. When the vibration system works, the brightener has a strong cleaning effect, which can make some insoluble oil stains and impurities leave the workpiece and abrasive surface quickly.
The panel and main board are controlled by single chip microcomputer respectively, which has the functions of automatic frequency finding and locking; Five-step spark pulse, ninety-nine-step pattern and strengthening pulse are generated accurately by microcomputer, and the spark pattern from matt to thick can be simulated realistically in the pattern state; In the strengthened state, high wear-resistant materials such as tungsten carbide can be transferred to the working surface of the workpiece, which greatly prolongs the service life of the workpiece; Due to the improvement of acoustic output circuit, this machine tool is very suitable for vibrating grinding rough surfaces with fiber whetstone and diamond file. The artificial intelligence voice prompt function is added, which provides a strong guarantee for the correct and safe use of the machine.