This machine is a professional product designed according to the needs of motor, valve, water pump, bearing, automobile and other industries. This machine is suitable for rough and finish machining of inner and outer cylindrical surfaces, end faces, grooves, etc. of ferrous metals, non-ferrous metals and some non-metallic parts with high-speed steel and hardware alloy tools.
This series of engine conventional lathes can undertake various turning tasks. It can turn the outer circle, inner hole, end face, metric thread, inch thread, modulus and pitch thread and other shaped surfaces of various parts. The upper slide can be used to turn short tapers independently. The upper slide can also be used to machine long tapers when it is matched with the longitudinal feed of carriage. It can also meet the process requirements of drilling, boring and trepanning. It is also suitable for powerful turning with carbide tools, Processing of various ferrous and non-ferrous metals.
*Big spindle bore and double chuck allows clamp and process big diameter pipes. *Integral machine bed adopts high strength iron casting to realize high rigidity and precision. *Ultrasonic frequecncy quenched guide ways are hard enough for good wear-resistance. *Equipped with taper guide bar device, this enables the machine to process taper threads.
This machine tool is a universal engine concentional lathe, which is suitable for turning outer circle, end face, grooving, cutting, boring, turning inner cone hole, turning thread and other processes of shaft parts, cylindrical and plate parts of different materials with high-speed steel and hard alloy steel tools. The spindle adopts a three-support structure, and the bed adopts an integral bed, so that the bed has high rigidity, and the apron, tool post, and saddle can move quickly. This machine tool has the advantage of strong rigidity, high efficiency, Safe and reliable, easy to operate and beautiful in appearance.
This machine is a deep hole processing equipment for drilling cylindrical bar materials. It is a high-efficiency, high-precision and high-automatic machine tool for drilling small holes with external chip removal method (gun drilling method). Through one continuous drilling, the processing quality that can be guaranteed by the general drilling, expanding and reaming procedures can be achieved. The hole diameter accuracy is IT7-IT10, the surface roughness is Ra3.2-0.04μm, and the straightness of the hole center line is ≤0.05mm/100mm.
TGK CNC boring, skiving and roller burnishing machine has the smart and simple CNC operation system with high efficiency and stable performance, using environmental protection measures against oil splash and leakage.
This deep hole powerful honing machine is equipped with PLC controller or CNC system (optional), linear rolling guide way, AC servo motor, grinding rod adopts stepless speed regulation, stable commutation, convenient speed regulation, easy to ensure the accuracy of hole size, and reduce labor intensity. In the honing process, the sand rod and the workpiece always maintain constant pressure, so that the sand rod can be strongly ground. It ensures the high efficiency of deep hole machining, and is suitable for rough and fine honing of general cylindrical deep hole parts. This type of machine tool can also be used for partial honing to correct the taper and ellipticity of parts and the partial hole error.
T2163 is special equipment for machining deep cylindrical hole of workpieces. It can be perfectly suited for drilling, boring and trepanning through holes, blind and step hole in workpiece: such as, spindle of various kinds of machines, many kinds of hydraulic cylinders and cylinders. It can perform not only drilling and boring, but also rolling and trepanning. The method of the internal-removal (BTA) chip is adopted in drilling, and external metal chips removal is used for boring and trepanning.
This machine is a professional product designed according to the needs of motor, valve, water pump, bearing, automobile and other industries. This machine is suitable for rough and finish machining of inner and outer cylindrical surfaces, end faces, grooves, etc. of ferrous metals, non-ferrous metals and some non-metallic parts with high-speed steel and hardware alloy tools.