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1. When the equipment is working, wear labor protection supplies as required. It is strictly forbidden to wear gloves and do not touch the electronic switch with wet hands to avoid electric shock. Do not touch any moving parts with your hands. 2. Operators should be familiar with and master the performance and characteristics of the gantry machining center machine. Ensure that the emergency stop switch can play a fast and effective role in an emergency situation. Tools or non-processed workpieces must not be placed on the gantry machining center or moving objects to avoid injury accidents. The computer desk or work desk next to the machine must be strong and must not be placed on the moving parts. 3. After the tool is set, please try running with DRY RUN first to confirm that the program is correct. When power is powered off or emergency stop, the three-axis should be restored to the mechanical position. 4. Do not remove related parts of the stroke switch or any protection switch without authorization. Before working and leaving the machine, the control power switch and electrical box main switch of the operation panel should be turned off. 5. Up and down workpieces
The machining center is a CNC boring and milling machine that combines the functions of CNC milling machines, CNC boring machines, and CNC drilling machines, and is equipped with a tool magazine and automatic tool changing device. The axis of the vertical machining center spindle (Z axis) is vertical and suitable for processing cover plate parts and various molds; the axis of the horizontal machining center spindle (Z axis) is horizontal and is generally equipped with a chain tool magazine with a large capacity. The machine tool has an automatic indexing workbench or a double workbench for easy loading and unloading of workpieces, which is suitable for workpieces after one clamping. Automatically complete multi-surface and multi-process processing, mainly used for processing box parts. The machining center is usually classified according to the relative position of the spindle and the workbench, and is divided into horizontal, vertical and universal machining centers. 1. Horizontal machining center: refers to a machining center set in parallel to the main shaft axis and the workbench, which is mainly suitable for processing box parts. 2. Vertical machining center: refers to a machining center set vertically with the spindle axis and the workbench, which is mainly suitable for machining plates,
How to choose a gantry processing? The editor of the gantry machining center will take you to refer to it from the following angles: 1. Select the machine tool specifications, the size of the workbench, and according to the size of the machining workpiece, determine the workbench size of the required machine tool and the stroke of the three straight-line coordinate systems accordingly. The workbench size should ensure that the workpiece can be clamped smoothly on it, and the processing size must be within each coordinate stroke. In addition, the limitations of the tool change space and the interference zone of each coordinate must be considered. 2. Selection of tool magazine capacity. When selecting, the user can determine the required number based on the process analysis results of the workpiece to be processed. Usually, the capacity of the tool magazine is determined by the number of tools required for one part in one clamping, because when processing another part, the tool needs to be rearranged, otherwise the tool management will be complicated and error-prone. Of course, it must be finalized according to actual needs. 3. Selection of the object to be processed. Generally speaking, parts with the following characteristics are suitable for machining in machining centers.
