1.The main transmission adopts "gear type automatic transmission+A2-6 independent spindle"structure,can adapt to hard cutting,strong cutting,heavy cutting and other processing methods;
2.Using the knife tower tail seat structure,the machining shaft parts have a wide size range (the maximum processing range diameter 340mm X length 400~1050mm),greatly improve the processing flexibility;
3.The machine tool base is optimized by finite element analysis and has better rigidity;
4.The X and Z axis adopt the pre-stretched structure,which reduces the influence of thermal deformation on the accuracy,and improves the rigidity;
5.This model is especially suitable for processing materials high hardness,large margin,diameter 100mmdisc,shaft parts;with high cutting efficiency,accuracy and stability advantages;
6.The X/Z axis adopts roller guide rail, strong rigidity,iron cut such as mud.

1.This machine tool adopts a direct drive turret with a built-in 8.5 kw powre motor, a maximum speed of 8000r/min,and no bevel gear transmission mechanism, which greatly reduces the impact of thermal variables on processing diensions.
2.Equipped with 16 or 12 stations BMT55 power turret, each station can be installed living tools .
3.Can achieve four axis linkage function.

1.One piece casting base and slanting best keep good stable machine performance.
2.Taiwan SYNTEC22TA controller
3.Adopting the monolithic conjoined L structre of lathe bed.
4.Can process stainless steel,titanum alloy, high temperature alloy materials.
5.The machine has good performance high precision,low noise, new style,etc.

Adopting the monolithic conjoined L structure of lathe bed,the rigidity of the bed is high and the stability is good. The two-shafts guide rail adopts the line rail from Taiwan Shangyin, the guide rail is large, and the z-axis guide adopts the HGH35HA overweight load slider, and the span is 324mm. The X axis guide adopts HGH30CA weight slider, span 205mm. Adopt sleeve type main shaft, which is low temperature rise, high precision, easy maintenance. The spindle head form of the lathe is A2-6, which has good waterproof performance and high rigidity. It is suitable for all kinds of power chucks.

●The tool holder structure is further optimized and the rigidity is increased by more
than 20%;
● The spindle clamping force has been further improved to meet heavy cutting
processing;
● The structure on the side of the secondary shaft is further strengthened to further
improve the tool life; the screw rod is thickened to 25mm;
● The X2 and Z2 axis rapid traverse speeds are increased from 32 to 36m/s, making
the efficiency higher.

1.Swing over bed 800mm
2.Spindle center height 400mm
3.Max length of machining workpiece 2000mm,3522mm
4.Guild way cover width on bed 510mm
5.Spindle bore diameter 82mm

Adopting the monolithic conjoined L structure of lathe bed is high and the stability is good.the two-shafts guide rail adopts the line rail from Taiwan HIWIN, the guide rail is larte,and the Z-axis guide adopts the HGH35HA overweight load slider,and the span is 324mm, The X axis gude adopts HGHCA weight slider, span 205mm, Adopt sleeve type main shaft,which is low temperature rise,high precision, easy maintenance, the spindle head form of the lathe is A-2-6,which has good waterproof performance and high rigidity,it is suitable for all kinds of power chucks.

The bed and base are all made of resin sand and cast in one piece, without adding cement. The internal stress removal method of the cast iron is completely vibrated/fully annealed/insulated/aging, and then placed for a period of time after finishing and then tested to pass the test.

High precision, high rigidity, abundant tools, built-in oil-cooled electric spindle, interchangeable with and without guide bushes, modular structure, and strong scalability. Newly upgraded EN series dual-spindle centering machine with higher rigidity! Higher stability!

The spindle adopts a high-speed electric spindle, whose electromagnetic energy is directly converted into mechanical energy without transmission power loss, and the high speed of the spindle is achieved. The power curve at both ends realizes low-speed and high-torque output.