Processing range of different types of CNC lathes

1. High speed, precision, turning center and four axis linkage CNC lathe.
2. High speed, high precision CNC milling and boring machine and high-speed, high-precision vertical and horizontal CNC machining center. It mainly meets the processing requirements of large and complex structure supports, shells, boxes, light metal material parts and precision parts in automobile engine cylinder block and cylinder head, aerospace, high-tech industries and other industries.
3. Heavy and Super Heavy CNC machine tools: CNC Floor milling and boring machine, Heavy CNC gantry boring and milling machine and CNC gantry machining center, Heavy CNC horizontal lathe and vertical lathe, CNC heavy hobbing machine, etc. these products meet the requirements of parts processing in energy, aerospace, military, ship main engine manufacturing, heavy machinery manufacturing, large mold processing, steam turbine cylinder block and other industries.
4. CNC grinding machines: CNC ultra precision grinder, high-speed and high-precision crankshaft grinder and camshaft grinder, all kinds of high-precision high-speed special grinding machines, etc., to meet the requirements of precision and ultra-precision machining.
5. CNC EDM machine tools: large precision CNC EDM forming machines, CNC low-speed WEDM machines, precision small hole EDM machines, etc., mainly meet the special needs of large and precision mold processing, CNC machining precision parts processing, taper hole or special-shaped hole processing, aerospace, aviation and other industries.
6. CNC metal forming machine tools (forging equipment): CNC high-speed precision sheet metal stamping equipment, laser cutting compound machine, numerical control powerful spinning machine, etc., mainly meet the needs of sheet metal mass production in automobile, motorcycle, electronic information industry, household appliances and other industries, as well as the processing requirements of various thin-walled, high-strength and high-precision rotary parts in automobile hub and military industry.
7. CNC special machine tools and production lines: FMS / FMC and various special CNC machine tools. This kind of production line is aimed at the processing requirements of cylinder block, cylinder head, gearbox case and other parts of various varieties and variable batches in automobile, household appliances and other industries.

Economic CNC lathes have different processing methods. When the program of economical CNC lathe is finished, the tool can’t return to zero. Generally, this phenomenon is caused by control system failure. When the cutting tool is feeding or processing, it is required to run at a low speed. At this time, the stepper motor runs at a low speed and uses low-voltage power supply. When the program returns to zero, it requires fast return. At this time, the stepping motor is required to run at high speed, and the high-voltage drive power supply is used to increase the output torque and ensure normal return to zero. A switch triode is used to control the output of the high-voltage drive power supply. When the switch triode is damaged and returns to zero at high speed, the high-voltage power supply cannot be opened, and the output torque of the stepping motor is not enough, resulting in the return to zero and step loss, resulting in the cutter can not return to the original point. In view of this fault, the switch triode can be replaced.

Economical CNC lathe is an automatic machine tool with high precision and high efficiency. Equipped with multi station turret or power turret, it has a wide range of processing performance, and can process complex workpieces such as linear cylinder, oblique cylinder, circular arc and various threads, grooves, worms, etc. It is widely used in the processing and manufacturing of electrical appliances, instrumentation industry, automobile, motorcycle accessories, fasteners, bearings, photographic equipment, film machinery, hardware tools, clocks, eyes, cultural and educational supplies, motors, valves, gas pipe fittings and other high-precision and complex parts. It is the most ideal high-efficiency equipment in the hardware machinery processing industry.

Economical CNC lathe is developed on the basis of common lathe, but its automation degree has been greatly improved. The automatic control system of economical CNC lathe is mainly composed of single chip microcomputer. Through the control program, the longitudinal and transverse feed device and tool changing device of the machine tool are controlled, and the parts are processed automatically.

When the program of economical CNC lathe is finished, the tool can’t return to zero. Generally, this phenomenon is caused by control system failure. When the cutting tool is feeding or processing, it is required to run at a low speed. At this time, the stepper motor runs at a low speed and uses low-voltage power supply. When the program returns to zero, it requires fast return. At this time, the stepping motor is required to run at high speed, and the high-voltage drive power supply is used to increase the output torque and ensure normal return to zero. When the switch triode is damaged and returns to zero at high speed, the high-voltage power supply cannot be turned on, and the output torque of the stepping motor is not enough, resulting in the return to zero and loss of step, so that the cutter can not return to the original point. In view of this fault, the switch triode can be replaced.