CNC new disc type tool change machining center + row drill
Disc tool change machining center, equipped with 9.0kw air-cooled spindle, independent operation. Usually used in conjunction with labeling and coding machines and automatic loading and unloading platforms. High speed, high precision, high efficiency and stability. Suitable for processing all kinds of cabinet doors and wooden doors.
In order to improve the machining efficiency of CNC machine tools, vertical machining centers are usually equipped with disc tool magazines. This tool selection method is bidirectional, and the tool change method is random. First install all tools on the standard shaft. After adjusting the size outside the machine tool of the machining center, store the tools in the box in a certain way. When changing the tool, first select the tool in the box, and then the tool changer takes the tool out of the spindle and the tool magazine, then the new tool is installed on the spindle, and the old tool is installed on the tool magazine. The toolbox has a large capacity and can be installed in The side or top of the headbox can also be mounted off-machine as a separate part.
Disc type tool change machining center plus row drill
CNC’s new disc type tool change machining center + row drill
The disc tool change machining center combines the advantages of a tool changer with the advantages of a straight-line tool magazine, adopts an automatic control system and a servo motor, and a 9kw automatic tool change spindle. Because it is a servo tool magazine, the tool change speed is faster and more accurate, and it can realize door shapes, engraving patterns, hollow patterns, cutting and cutting machine slots, and is suitable for the processing of diversified composite furniture products.
Compared with the in-line tool magazine, the disc tool change machining center has a higher cost, but the machining accuracy and stability of the disc tool change machining center will be guaranteed, and will not affect the long-term use effect. The spindle bearing of the disc tool change machining center is a high-power automatic tool change spindle bearing, and is equipped with a large-capacity tool magazine, which can clamp 8, 12, 16, 20 tools, etc. Control automatic tool change to complete different processing programs.
Comparison of Disc Tool Changer Machining Center and Inline Tool Changer
The inline tool magazine can be placed under the machine tool of the gantry machining center, or it can be placed behind the machine tool of the gantry machining center, and placed under the machine tool of the gantry machining center. The tool change speed is fast, the guide rail wear is small, the operator does not need to change the tool to the rear, the operation is simple and the efficiency is high.
Disc type tool change machining center plus row drill
CNC’s new disc type tool change machining center + row drill
Linear tool change machining centers usually use 12 tools or 8 tools or 10 tools instead of servo CNC tool magazines. Due to the use of automatic control system and servo motor, the tool change speed can reach 9kw, saving a set of servo servo devices and realizing rapid tool change. In addition, automatic control systems and servo motors are also very different. Usually, the automatic control system used in the disc tool change machining center is higher. Because it is a servo tool magazine, the tool change speed is also very fast.
In terms of price, the overall cost of the in-line blade machining center is relatively low, and the price is relatively moderate, while the price of the disc tool change machining center is relatively high. In addition, when choosing a CNC machining center, try to choose a machine tool with a higher configuration, and the performance is also in place. Which tool changer to choose mainly depends on the positioning of the processing manufacturer, and then chooses according to the actual situation, whether it is a transition or a one-step tool change. Usually CNC machining center machine tools are used for processing, and high configuration, high precision and stability can maximize the use value of the equipment.
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