The LDX6200 end face milling machine has a wide processing range and is suitable for end face cutting of metal materials such as castings and steel parts. It is widely used in the mechanical manufacturing industry. Specially suitable for flat milling in the mold industry and plastic mold frame frames, it can perform special surface processing such as milling, drilling, and boring on both ends of the workpiece. The end face milling machine can mill the flat surface of the workpiece, chamfer trapezoidal surfaces and T-grooves, drill holes up to 50mm, and bore holes up to 400mm. After installing a supporting slide table, milling, manual drilling, boring, and special surface machining can be performed on both ends of the workpiece. The milling force is strong and can meet the machining requirements of the parts. The worktable movement adopts planetary gearbox transmission, which is flexible and easy to operate. The column lifting adopts a counterweight unloading device, which makes it easy to move up and down, prolonging the life of the screw and ensuring smooth cutting. Milling adopts helical gear transmission, with high precision in cutting and milling surfaces and low noise. After installing a frequency converter, it can achieve stepless speed change. The whole machine has strong rigidity, is not easily damaged, is easy to maintain, has diverse functions, and has large geometric dimensions, making it an ideal equipment for mechanical processing.

End face milling machines are widely used in the mold industry. The end face milling machines used in the mold industry are often referred to as mold specific end face milling machines, mold milling machines, mold template milling machines, mold frame milling machines, etc. due to their application characteristics, and can be equipped with flying cutters called end face flying cutters, etc. Suitable for end face cutting of metal materials such as castings and steel parts, especially for flat milling of mold industry, plastic mold frame frames, and mold templates. It can perform special surface processing such as milling, drilling, and boring on both ends of the workpiece.

End face milling machines can be used for mold outsourcing processing, mold material production and processing, etc.

The end face milling machine used in the mold industry is generally in the form of a movable worktable because it processes smaller workpieces. The mobile end face milling machine on the workbench has the characteristics of high machining efficiency and guaranteed machining accuracy.

The LDX2010 floor standing end face milling machine is mainly suitable for processing large frames and boxes of metallurgical, mining, and general machinery with small batch production properties, such as boring, drilling and expanding holes, scraping flat surfaces, and milling with milling cutters. The main parts of the machine tool are the spindle and the square slider. The spindle is supported by a square slider, which enhances the rigidity during milling and is suitable for strong milling of large parts. The extension of the square slider improves the performance close to the workpiece processing surface, and also supports the boring shaft, enhancing the rigidity during boring. The end of the square slider is suitable for installing various machining accessories for flat and vertical milling, boring, drilling, etc., which can further expand the range of use of the machine tool.

There are many types of end face milling machines, which are generally distinguished according to their layout and scope of application.

① Lift table milling machine: available in various types such as horizontal, vertical, etc., mainly used for processing small and medium-sized parts, with a wide range of applications.

② Longmen milling machine: including Longmen boring milling machine, Longmen milling machine and double column milling machine, both used for machining large parts.

③ Single column milling machine and single arm milling machine: The horizontal milling head of the former can move along the column guide rail, and the worktable can make longitudinal feed; The latter's vertical milling head can move horizontally along the cantilever guide rail, and the cantilever can also adjust its height along the column guide rail. Both are used for processing large parts.

④ Workbench non elevating milling machine: There are two types of milling machines, namely, conical worktable and circular worktable, which are medium-sized milling machines between elevating table milling machines and gantry milling machines. The vertical movement is completed by the milling head lifting and lowering on the column.

⑤ Instrument milling machine: a small lifting table milling machine used for machining instruments and other small parts.

⑥ Tool milling machine: used for mold and tool manufacturing, equipped with various accessories such as vertical milling head, angle worktable, and plug, and can also perform drilling, boring, and insertion processing.

⑦ Other milling machines, such as keyway milling machines, cam milling machines, crankshaft milling machines, roll journal milling machines, and square steel ingot milling machines, are specialized milling machines manufactured for processing corresponding workpieces.

According to the control method, milling machines are divided into profile milling machines, program-controlled milling machines, and digitally controlled milling machines.

The end face milling machine operator should pay attention to the following items during operation to avoid danger.

(1) Wear tight protective clothing, do not open the cuffs, wear a protective hat for long hair, and do not wear gloves during operation.

(2) The loading and unloading of the chuck on the machine tool spindle should be carried out after the machine is stopped, and the chuck cannot be removed by the power of the electric motor.

(3) The protruding parts of the chuck, dial, and chicken heart clamp that hold the workpiece should be covered with protective covers to avoid twisting clothes and other parts of the body.

(4) When clamping workpieces, they should be completely consistent with the holes and should not be damaged or skewed. Before use, the holes should be wiped clean. The rear tailstock should be securely fastened.

(5) When turning slender workpieces, in order to ensure the use of a frame or a follower frame, the extended part of the lathe should be marked.

(6) When turning irregularly shaped workpieces, a balance block should be installed and tested for balance before cutting.

(7) The tool clamping should be secure, and the protruding part of the tool head should not exceed 1.5 times the height of the tool body. The shape and size of the gasket should be consistent with the shape and size of the tool body, and the gasket should be as small and flat as possible.

(8) Except for the automatic measuring device installed on the lathe during operation, the workpiece should be stopped for measurement and the tool holder should be moved to its position.

(9) For the strip shaped chips and spiral shaped long chips that have been cut, hooks should be used in a timely manner, and manual pulling is strictly prohibited.

(10) To prevent injury caused by broken chips, a transparent baffle should be installed in a suitable position

(11) When using sandpaper to polish the surface of the workpiece, the tool should be moved to the designated position and clothing and hands should not come into contact with the workpiece surface. When processing the inner hole, do not use fingers to support the sandpaper, use a wooden stick instead, and the speed should not be too fast.

(12) Do not place tools, fixtures, or workpieces on the lathe bed and spindle gearbox.