01,21,2026 16 views
The carving and milling machine is actually an upgraded version of the carving machine, which can carve and mill. The product prototype is also a modified and improved version of the carving machine prototype.
For example, the carving and milling machine has increased the power of the spindle and servo motor, as well as the bearing capacity of the bed, to maintain the high speed of the spindle and, more importantly, high precision.
In order to meet market demand, carving and milling machines are constantly improving. There are multiple varieties available, such as high-speed carving and milling machines, CNC carving and milling machines, etc. They all have their own outstanding advantages, some are fast, some have high cutting force, some have very high machining accuracy, and can directly process materials with hardness above HRC60, forming them in one go.
Generally, manufacturers of engraving and milling machines use precision engraving and milling, and the transmission components adopt servo motors with precision screw guide structures. Attached are oil dispensers and chillers. The machine has been successfully mass-produced, and all parts in the entire set of drawings can be edited. All standard parts have the correct models.
However, regardless of the type of engraving and milling machine, they all meet the "four major characteristics and three major advantages", as detailed below:
Characteristics of engraving and milling machine:
1. High reliability: Due to the increased integration density of the bus, the hard connections of the components of the CNC and drive devices are reduced, and the number of solder joints, plug-in points, and external continuity is significantly reduced, resulting in a significant decrease in the occurrence rate of faults.
2. Strong flexibility: Due to the universal and standardized nature of CNC system hardware, only the system control program in the programmable read-only memory needs to be changed to meet the control requirements of different machine tools. Meanwhile, due to the adoption of a modular structure, it also facilitates the expansion of system functions.
3. Strong adaptability: The adaptability of carving and milling machines, also known as flexibility, refers to the ability of CNC machine tools to adapt to changes in production objects. Carving and milling machines are used for product processing on CNC equipment. When the product changes, simply changing the input program of the CNC equipment can adapt to the production needs of the new product And there is no need to change the hardware of the mechanical and control parts, and the production process is automatically completed. This feature not only meets the market competition needs of fast product updates, but also effectively solves the automation production problems of single piece, small batch, and variable products. Strong adaptability is a prominent advantage of CNC equipment, and it is also the main reason for the emergence and rapid development of CNC equipment.
4. Mechatronics: After adopting ultra large scale integrated circuits, the volume of the CNC cabinet is reduced. Programmable interfaces are used, and the logic circuits of the sequential control parts such as s, M, T (spindle transfer control, auxiliary functions, and tool parameters) are integrated with the Nc device. Therefore, all control boxes are placed inside the machine tool, reducing the footprint and facilitating equipment management.
Advantages of carving and milling machines:
Carving and milling machine is a type of CNC machine tool. It is generally believed that carving and milling machines are CNC milling machines that use small cutting tools, high power, and high-speed spindle motors. The advantage of carving and milling machines lies in carving. If the hardness of the processed material is relatively high, it will also appear inadequate.
A carving and milling machine can both carve and mill, and is an efficient and high-precision CNC machine tool. The concept of carving and milling machine was first proposed and implemented by Jiatie.
The range of application of carving and milling machines is relatively wide, widely used in precision mold core rough and precision machining, mold copper electrode, aluminum product batch processing, shoe mold manufacturing, fixture processing, and clock eye industry. Carving and milling machines are becoming increasingly important in the machine tool processing industry due to their high cost-effectiveness, fast processing speed, and good product smoothness, making them an indispensable part of industrial automation.
