Technical implementation methods of CNC chamfering machines

　　CNC chamfering machineWith several advantages over traditional cutting technologies, it is well received in the stone, ceramic, and glass industries. In these industries, the widely used platforms are mainly CNC three-axis, four-axis, and five-axis general platforms. While CNC chamfering machines achieve functional diversification, they also face issues of low work efficiency in certain specialized fields. Given the increasing requirements for decoration levels in current real estate projects, to avoid open seams at the corners of the panels at the columns and doorways after edging, a large number of panel edges need to be chamfered. When using general platforms, it is necessary to repeat the loading and unloading and alignment work before cutting each time, which is very labor-intensive, not only wasting working hours but also easily leading to subsequent issues such as damage to the workpieces. Now, let's learn about the technical implementation method of CNC chamfering machines!

　　The technical problem to be solved by the CNC chamfering machine is to provide a dedicated CNC water jet chamfering machine, aimed at improving cutting accuracy and efficiency while reducing the processing cost of panel chamfering.

　　CNC chamfering machineThe technical solution adopted is:

　　The CNC chamfering machine includes a high-pressure water flow generator, a cutting table composed of a feeding rack and a processing section, and an electronic control box equipped with a CNC circuit that controls the feeding of workpieces. The feeding rack consists of a base frame and a non-powered roller assembly, with two feeding racks set on both sides of the processing section, forming the cutting table by adjusting screws according to the cutting reference of the processing section. The processing block includes a frame, a shield, cutting accessories, limit switch input, and limit switch output. The rack is composed of a base frame assembly, a powered roller assembly, a pressure roller assembly, and a tank assembly. The base frame assembly consists of a base frame, processing reference, water spray inlet, and feeding stop ring; the powered roller assembly is fixed on the base frame, and the pressure roller assembly is connected to the powered roller assembly. Cutting accessories, limit switch input, and limit switch output are installed on the base frame, and the protective cover is installed on the frame.

　　The powered roller assembly includes a powered roller mounting frame, double-row sprocket rollers, a motor, a driving sprocket, and a transmission chain. Two rows of sprocket rollers are installed on both sides of the powered roller mounting frame, and the two rows of sprocket rollers are connected to the driving sprocket on the motor output shaft through the transmission chain. The powered roller mounting frame is fixed on the base frame, and the pressure roller is mounted on a pressure roller mounting frame equipped with springs, connected to the powered receiving roller mounting frame through the pressure roller mounting frame.

　　The oil tank assembly includes casters, a water tank, an overflow port, and a cutting prevention block. The water tank has an overflow port and a cutting prevention block, and the casters are installed at the lower end of the water tank, arranged at the lower part of the base frame. The cutting accessories include a sand control valve, a water switch, pipelines, and a cutting head. The cutting head is equipped with a vertical height adjustment mechanism, a horizontal position adjustment mechanism, a cutting angle adjustment mechanism, and a water nozzle. The sand control valve is connected to the water switch, and the water switch is connected to the cutting head. The cutting head is equipped with a vertical height adjustment mechanism, a horizontal position adjustment mechanism, a cutting angle adjustment mechanism, and a water nozzle.

　　The CNC chamfering machine is easy to operate, can work on production lines, improves cutting accuracy and efficiency, and reduces the processing cost of panel chamfering.CNC chamfering machineIt includes a high-pressure water flow generator, a cutting table composed of a feeding rack and a processing section, and an electronic control box equipped with a CNC circuit that controls the feeding of workpieces. The workpiece is transported from the feeding rack to the processing section, and the pressure roller presses the workpiece through springs, moving the workpiece along the processing reference. After the limit switch contacts the workpiece, the water switch and sand control valve open, spraying high-pressure water flow, cutting off the material at the upper part of the workpiece, forming a chamfer at the corners of the workpiece. When the limit switch opens and the workpiece is no longer felt, the water spray from the nozzle stops, and the workpiece is sent out from the processing section, completing the processing. This utility model is easy to operate, can work on production lines, improves cutting accuracy and efficiency, and reduces the processing cost of panel chamfering.

　　The above introduces the technical implementation method of the CNC chamfering machine. If you want to know more, you can always  Contact Us!