High efficiency: The cutting speed of grinding is very fast, and it can process multiple working surfaces simultaneously, greatly accelerating processing efficiency.
High precision: The precision of grinding is very high, and it can process surface roughness Ra ≤ 0.1 μ The workpiece of m. In addition, grinding can also accurately control the shape, size, and position of workpieces, making it widely used in the field of precision machining.
Widely applicable: Grinding can process materials with various hardness, such as quenched steel, hard alloys, ceramics, etc. Meanwhile, grinding can also process various complex shaped components, such as blades, turbine discs, medical devices, etc.
Stable machining quality: The machining quality of grinding is very stable, and the controllability of the machining process is good. Due to the friction between the grinding tool and the workpiece surface in grinding, material removal is achieved, so there is no significant cutting force, vibration, or noise generated during the machining process.
High skill requirements for workers: Grinding processing requires operators to have certain skills and experience. Due to the extremely fast cutting speed of grinding, operators need to have fast and accurate hand eye coordination skills, as well as the ability to choose appropriate grinding tools and cutting parameters based on the material of the workpiece and processing requirements.
