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‌What is the difference between 5-axis linkage machining and 3+2 positioning machining?

What is 3+2 positioning machining? The principle of 3+2 positioning machining is essentially the implementation of a three-axis function at a specific angle (i.e. "positioning"). Simply put, it means that after the machine tool rotates the angle, it is still machined in the ordinary three-axis way. What is 5-axis linkage machining? According to ISO regulations, when describing the motion of CNC machine tools, a left-hand Cartesian coordinate system is used; The coordinate axis parallel to the main axis is defined as the Z axis, and the rotational coordinates around the X, Y, and Z axes are A, B, and C, respectively. Typically, five-axis linkage refers to the linear interpolation motion of any five coordinates in X, Y, Z, A, and B.

What's the meaning of assembling a gearbox in a gantry machining center?

The machining center industry is developing rapidly. With the requirements of production technology and processes, the precision requirements of this industry are becoming increasingly strict from simple to complex in control systems, and from heavy to light in operation. The requirements for selecting transmission components are also increasing. In this article, I'm introducing the application of gearbox in gantry machining centers.

GL series fixed columns & moving workbench and spindle box TYPE GANTRY MACHINING CENTER Advantages

GL series fixed columns & moving workbench and spindle box TYPE GANTRY MACHINING CENTER Advantages The gantry machining center in this series features fixed columns, a forward and backward moving workbench, and a left and right, up and down moving spindle box. The main components are the body, column, crossbeam, horizontal slide table, worktable, spindle, screw, lubrication system, cooling system, CNC control panel, and electronic control system. It's mainly used for machining flat surfaces, curved surfaces, and holes, widely adopted in the rough and precision machining of various medium-sized parts such as plates, boxes, and frames in the mechanical manufacturing industry.

MV series Horizontal Machining Center Parameters

MV series Horizontal Machining Center Parameters >>>Machine tool usage This series of machine tools comes standard with three linkage axes X, Y, and Z, and an optional B-axis turntable. It can be mainly used for high-precision and complex-shaped parts such as boxes, disks, shells, and molds. With an optional automatic tool-changing system, it can continuously complete precise machining of milling, drilling, expanding, reaming, boring, and tapping in one clamping process, achieving engineering sequencing and shortening production cycles, thereby enabling users to achieve good economic benefits. This series of machine tools is widely used in processing various mechanical products such as high-precision molds, automotive parts, aerospace parts, military parts, and hardware parts.

SL SERIES MOLD AND PARTS INTEGRATED MACHINING CENTER MACHINE

SL SERIES MOLD AND PARTS INTEGRATED MACHINING CENTER MACHINE High rigidity and heavy cutting--The ideal tool for large mold machining Two-line-one-hard/X-axis 2 linear guides/Y-axis 4 linear guides/Z-axis flat-face rectangular guide

SV SERIES MACHINING CENTER MACHINE FEATURES AND PARAMETERS

SV SERIES MACHINING CENTER MACHINE FEATURES AND PARAMETERS

T SERIES HIGH-SPEED DRILLING AND TAPPING CENTER MACHINE

T SERIES HIGH-SPEED DRILLING AND TAPPING CENTER MACHINE Product features AND PARAMETERS

What types of workpieces can horizontal machining centers be used to process?

What types of workpieces can horizontal machining centers be used to process? Horizontal Machining Center--The Boring Hand in the Machining Industry A horizontal machining center refers to a machining center where the spindle axis is parallel to the worktable, on which the workpiece is clamped with a laterally moving spindle. Machines can automatically select different cutting tools, change the spindle speed of the machine tool, and complete multi-process machining of workpieces in sequence, which can greatly improve production efficiency. Compared with vertical machining centers, horizontal machining centers have the advantages of easy chip removal and advantageous clamping for workpieces. Some horizontal machining centers have two workbenches, one for machining and one for loading and unloading. This design enables the horizontal machining center to process continuously, greatly improving processing efficiency.