Introduction to CNC vertical lathe:
This machine tool is suitable for cutting tools such as hard alloys and ceramics, and is used for rough and fine machining of inner and outer cylindrical surfaces, inner and outer cylindrical surfaces, end surfaces, cutting grooves, boring holes, drilling holes, and rotating surfaces of black metals, non-ferrous metals, and some non-metallic workpieces. The main transmission of the machine tool is driven by an AC motor and a spindle variable speed mechanism, which realizes the speed range of the worktable. The workbench adopts a high-precision spindle, adjustable radial clearance double row short cylindrical roller bearings for centering, and an axial static pressure guide rail, making the workbench have the characteristics of high rotation accuracy, large load-bearing capacity, and small thermal deformation.
Performance characteristics:
Vertical lathes are suitable for mechanical processing in various industries and can be used for rough and fine turning of inner and outer cylindrical surfaces, conical surfaces, end faces, cutting grooves, and cutting.
The worktable adopts static pressure guide rails, and the spindle adopts precision NN30 double row cylindrical roller bearings, so the worktable has a large load-bearing capacity and high rotation accuracy.
The vertical blade holder is equipped with a pentagonal blade holder, and the side blade holder is equipped with a square blade holder. Both blade holders are hydraulically balanced.
The electrical system of the machine tool adopts products from brands such as Delixi and Omron.
The machine tool adopts the lost foam casting process, which has undergone annealing and aging treatment. It has a beautiful appearance, stable structure, good comfort, and easy operation and maintenance
Note: This machine is equipped with a digital display device and can provide electric spindle grinding head devices according to user needs.
Optional II gear B-type gearbox, machine model C-B-type.
Optional formula slider device and processing distance.
