As a high-performance automatic processing equipment,
Gantry Machining Center has become a key equipment for many enterprises to improve production efficiency and reduce costs with its excellent performance and wide range of applications. Its main features are as follows:
Structural stability and rigidity: the overall structure of the gantry
Machining Center is a gantry rigid frame, which is composed of a solid double column and the top beam, and the middle beam connects the two columns. This structure provides extremely high stability and rigidity, and can withstand heavy loads and maintain high-precision processing for a long time. The table is usually rectangular and can hold large parts. In addition, the gantry machining center is often designed with refined design, such as the original "hunchback" column design to prevent the gantry beam deformation and sag, the "beehive" workbench to enhance rigidity and enhance the bearing capacity, and the 45° ladder inclined rail design to optimize the accuracy and stability of the Z axis and Y axis.
High precision and efficiency: The gantry machining center uses a high precision numerical control system (CNC), which is responsible for controlling the action of the machine tool, including the tool path, speed, cutting parameters, etc., to ensure the accuracy and consistency of the processing. In the processing process, the gantry machining center can ensure the dimensional accuracy, shape accuracy and position accuracy of the parts, and meet the requirements of modern manufacturing industry for processing accuracy.
Automatic tool changing system: The gantry machining center is equipped with a tool library, which can automatically change different types of tools to meet different processing needs, significantly improving production efficiency. The tool store has various forms, including disc type, bucket type and chain type, and large gantry machining centers often use disk or bucket tool stores.
Multi-axis machining capability: In addition to the standard X, Y, Z three-axis linkage, some gantry machining centers also support additional axes, such as rotating axes A, B, C, etc., to achieve five-axis or more axis linkage processing, can more flexibly deal with complex surface and Angle processing tasks.
Large stroke and load bearing: the gantry machining center can process a wide range of workpiece sizes and can withstand large workpiece weight. For example, some machines with a gantry width of 3.2 meters or even larger can process ultra-wide workpieces.
Advanced lubrication system: gantry machining center adopts active lubrication system, controlled by numerical control system, oil supply on demand, and can warn potential oil circuit problems in advance to extend the service life of the machine.
High degree of automation: gantry machining center has a high degree of automation, which can reduce the number of operators and reduce labor costs. In the processing process, the operator only needs to carry out simple programming and monitoring, which greatly reduces the labor intensity.
High reliability: gantry machining center has high processing speed and stability, which can significantly improve production efficiency. In the mass production process, gantry machining centers can ensure the consistency and reliability of parts to meet the requirements of modern manufacturing for production efficiency.
