Characteristics of grooving machine
1. High precision machining
By using precise transmission components such as guide rails and screw rods, as well as advanced positioning devices, the depth, width, and position of the groove can be accurately controlled. The machining accuracy can reach the level of millimeters or even smaller, ensuring that the groove produced meets strict process standards and meets high production requirements for product quality, such as precision electronic equipment casings and high-end decorative board processing.
2. Capable of processing plates of various materials and thicknesses
In addition to common stainless steel plates, it can also perform grooving operations on various metal plates such as carbon steel, aluminum plates, copper plates, etc., and can adapt to a wide range of plate thicknesses, from thin plates to medium thick plates of a certain thickness, by adjusting the cutting tools and related parameters reasonably according to the characteristics of the plate.
3. High processing efficiency
With appropriate cutting speed and feed rate, multiple grooves can be continuously planed according to the set program after one clamping of the plate, reducing the time for frequent replacement and repositioning of the plate. Especially when mass producing grooved plates of the same specifications, it can effectively improve overall production efficiency.
4. Diversified groove types
It can process grooves of various shapes, such as common rectangular grooves, V-shaped grooves, trapezoidal grooves, etc. By replacing cutting tools of different shapes and specifications, combined with corresponding process adjustments, it can meet the diverse requirements of groove types for different product designs, providing possibilities for diversified manufacturing of products.
5. Relatively easy to operate
Generally equipped with an intuitive and easy to understand operation panel, operators can master the basic operation process after certain training, including parameter setting, tool selection and replacement, board clamping and other operations, reducing the operating threshold and facilitating the training of operators in enterprises.
5. Good stability
The overall structural design of the machine is scientifically reasonable, and key components are made of high-quality wear-resistant and pressure resistant materials. After strict debugging and quality testing, it can maintain a stable and reliable working state during long-term operation, reducing production interruptions caused by equipment failures.