OEM CNC Face and Cylindrical Grinding Machine Suppliers

With the continuous advancement of science and technology, CNC Face and Cylindrical Grinding Machine are developing in the direction of intelligence, high precision, environmental protection and energy saving. The application of intelligent technology enables grinders to be intelligently adjusted and optimized according to processing requirements, further improving processing accuracy and quality. At the same time, with the increasing severity of global environmental problems, the grinding machine industry will also pay more attention to environmental protection and energy saving, adopt more environmentally friendly materials and grinding processes, promote energy-saving and emission reduction technologies, and reduce the impact on the environment.
CNC surface grinder is an advanced metal processing equipment, widely used in mold manufacturing, precision parts processing, and automobile, aerospace, machinery manufacturing and other industries. Surface grinders are suitable for high-precision surface grinding and high surface finish. The machine tool has a stable structure and strong rigidity, which is suitable for various surface grinding. Equipped with magnetic chucks or other fixtures, it is easy to clamp the workpiece. It can be used for surface grinding and precision processing of precision molds, processing the plane, step surface and end face of the workpiece, and finishing processing of various parts and components. With the development of science and technology, CNC surface grinders have gradually integrated automation and intelligent technology, making the grinding process more precise and controllable, and improving processing accuracy and production efficiency.
In the automobile manufacturing industry, CNC surface grinders are used to process key components such as automobile engine cylinder heads and crankshafts to ensure product quality and production efficiency. In the aerospace manufacturing industry, it is used to process key components such as aerospace engine blades and spacecraft structural parts to meet the strict requirements for high precision and high surface quality.
CNC cylindrical grinders are mainly used to process various shaft parts, such as transmission shafts, guide rods, etc., as well as grinding the outer cylindrical surface of sleeve parts to improve dimensional accuracy. The product has high-precision cylindrical grinding capabilities and is suitable for various outer cylindrical parts. The combination of tool and workpiece rotation has high grinding efficiency and good surface quality. The machine tool has good rigidity and is suitable for large-volume external cylindrical processing. The grinding wheel spindle bearing adopts a tapered oil wedge hydrodynamic bearing, and the grinding wheel spindle still has high bearing stiffness at low speed. On ordinary cylindrical grinders, the outer cylindrical surface and outer conical surface of the workpiece as well as the end face of the stepped shaft can be ground. On universal cylindrical grinders, inner cylindrical surfaces, inner conical surfaces and end faces can also be ground.
CNC cylindrical grinders are widely used in the field of precision machining in the manufacturing industry. For example, in the automotive industry, it is used to process automotive parts such as engine crankshafts and reducer gears to ensure their accuracy and reliability. In the aerospace industry, it is used to process key parts such as rotors and bearing races of aircraft engines to meet the high-precision requirements of aerospace engineering.
Our company's product line is rich and diverse, covering a variety of specifications of ordinary and CNC cylindrical grinders. These cylindrical grinders not only have excellent grinding accuracy and processing efficiency, but also incorporate advanced CNC technology, making operation easier and the processing process more intelligent. Among them, the CNC end face cylindrical grinder perfectly combines the grinding functions of the end face and the outer circle, greatly improving the processing efficiency and flexibility.