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3 Axis Gantry Machining Center

3 axis gantry machining center sounds complicated but involves a simple concept. The workpiece remains stationary while the cutting tool moves along the 3 separate axes (back to front, side to side, and up and down) in order to mill the part.  Cutting tools are held horizontally or vertically and spin while the workpiece remains stationary in order to machine the part being held. 3 axis machining center today is still one of the most used techniques to create parts of all sorts. 3 axis CNC machine is designed for gantry structures, focusing on the machining of medium and heavy aluminum and copper plate and other large-size workpieces, featured of strong rigidity, fast speed, and high processing efficiency.

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    3 Axis CNC Metal Milling Machine Profile Processing Center PC Series

    Using the German advanced PA CNC system, friendly man-machine interface, the device easy to operate.

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    3 Axis High Speed Large Gantry Steel CNC Milling Machine MD

    Adopt German Siemens numerical control system and professional numerical control processing software to realize three-dimensional programmingProcess processing.

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    Automatic Profile (3 Axis / 4 Axis) Processing CNC Milling Machine SP / SPT Series

    The product integrates the advantages of DELI CNC gantry machining center in a stable structure.

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    Gantry High Speed Machining Center HCK

    Automatic multiple machining center with functions of milling, drilling, tapping, routing, chamfering, applicable for various length of profile, Steel, Copper, Aluminum.

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    Gantry High Speed Machining Center MDG

    Automatic multiple machining center with functions of milling, drilling, tapping, routing, chamfering, applicable for various length of profile, Steel, Copper, Aluminum.

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    How to Use a 3 Axis CNC Machine

    How to Use a 3 Axis CNC Machine

    Before getting started with a 3 axis CNC machine, there are a few things you need to know. First, you need to know the coordinate system of the machine. X refers to the left-right direction of the tool, Y refers to the forward-backward movement of the tool, and Z refers to the up-down movement of the tool. Second, you need to know about the features of the 3 axis CNC machine. These are spindle speed, feed rate, acceleration, and backlash. The spindle speed refers to the number of revolutions per minute. The feed rate refers to the motion that occurs in millimeters per second. The acceleration refers to the change in travel of the tool when a tool is accelerated on. Third, you need to know about tool changes and tool breaks. These refer to the speed at which the tool changes direction when it is moved or if a tool breaks, that is if it becomes stuck on the spindle. This speed is called tool change time. These times are marked on the machine, but they vary depending on the machine and the style of programming used.
    Benefits of 3 Axis Machining Center

    Benefits of 3 Axis Machining Center

    All 3 axes can move at the same time. This allows the 3 axis machining center to create more complex components more efficiently. Most complete machining elements can be produced using 3 axis CNC machines. These can include fixtures, clamps, stocks, chuck jaws, and machine clamps. The 3 axis machining center can be equipped with an automatic tool changer. This allows the machine to complete multiple operations using just one machine. 3 axis CNC machines require the instructions (coding) for milling to input into the onboard computer. Once this has been done the machine completes the operation automatically, and this program can be run as many times as needed.
    Applications of 3 Axis CNC Machining Center

    Applications of 3 Axis CNC Machining Center

    3 axis machining center is used in a variety of industries, including aerospace, automotive, medical, and manufacturing. It can process various lengths of aluminum, steel, copper, non-metallic materials, and is widely used in processing profiles and plates in the industries such as the EV battery tray, rail transportation, and machinery parts.

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