The present invention provides a precision surface grinder, which includes a saddle provided with a lateral table guide, a main body bottom barrel, a grinding device, a left and right driving device, and a table provided above the saddle, the left and right driving The device is arranged on the right side of the saddle, and the servo motor and the ball screw are connected by a synchronous belt. In the present invention, the manual transmission of the precision surface grinder is changed from the manual transmission of the precision surface grinder to the thread transmission by changing the left and right transmission mode of the machine tool. Servo motor and ball screw The servo motor is connected with the auxiliary table through the ball screw, which improves the work efficiency. Under the condition of reasonable machine tool position configuration, each worker can operate 3~4 machine tools at the same time, which improves the machine tool position. The machining accuracy of the machine increases the machining accuracy from the original 5 stages to 4 stages, which reduces the labor intensity of workers and increases the work efficiency by 5 to 6 times. Then, let’s learn about the production process of the precision surface grinder!

Precision surface grinders require surface finishing or finishing for various surfaces that require surface quality, and the commonly used processing method is surface grinding. The precision surface grinder 618 currently used is a surface grinder, which is used for processing surfaces with high surface quality requirements. At present, its left and right drive adopts a special imported cable manual drive mode. The commonly used machine tool for surface grinding is a surface grinder, which mainly uses grinding wheels. Rotate the workpiece to achieve the required flatness. One worker can only operate one, which has low processing efficiency, high work intensity and high labor cost. The left and right movement of the worktable is controlled by turning the handle. Operating a machine tool with this drive method has poor machining accuracy.

  In order to solve the above problems, the present invention provides a new type of precision surface grinder, which has the characteristics of high machining accuracy, low labor intensity, simple operation, convenient use, and high work efficiency.

  The invention is realized by the following technical means: a precision surface grinder is provided with a bottom barrel of a body, a grinding device, a left and right driving device, and a horizontal table guide is arranged between the saddle and the table above the saddle. The set table, the above-mentioned left and right driving device is set on the right side of the saddle, and it is characterized in that it includes a ball screw and a control panel, the servo motor is connected to the table pair via the ball screw, and the servo motor is connected to the ball screw.

  The rotation and rotation direction of the servo motor are controlled by the control cabinet, and the servo motor converts the rotary motion into the left and right reciprocating linear motion of the worktable through the auxiliary screw.

  The above-mentioned horizontal table guide rail adopts flat V-type guide rail with good stability, high benchmark, high precision, good durability and not easy to wear.

  There are speed adjustment knobs, left feed shortcut buttons and right feed shortcut buttons outside the control cabinet of the precision surface grinder. The beneficial effects of the invention are: by changing the left and right transmission mode of the machine tool, from the manual transmission of the original machine tool to the thread transmission, and by operating these knobs and shortcut buttons on the control cabinet, the left and right movement of the worktable and its movement speed can be easily controlled . The work efficiency is improved. When the machine tool position is configured reasonably, one person uses a synchronous belt drive between the motor and the lead screw, which improves the machining accuracy of the machine tool, and improves the machining accuracy from the original five to four, reducing the labor intensity of workers. , which can greatly reduce the influence of motor vibration on the left and right feed motion of the worktable, and improve the machining accuracy of this machine tool.

  The above is the production process of the precision surface grinder. If you want to know more, please feel free to contact us!