SYIL M1100 Series Vertical Machine Center. Rigid structure, unique firm and lasting through the Engineering Mechanics repeated simulation and calculation, design firm bed structure, to achieve rigid double streamlined quality engineering requirements, full travelling size repeat positioning accuracy of 0.003mm, at the same time feed the fastest available to achieve 48m/min.10000rpm spindle speed, spindle and the servo motor with high torque, with a 24pcs tool magazine with a double gripper short tool change time to 1.6 seconds, C3 level lead screw, three-axis are NSK Bearings Rexroth rail line using Siemens, Syntec, or Mitsubish CNC system, with maximum operator convenience. is the market with the most cost-effective high-precision vertical machining center

Feature

-Embedded platform based on advanced control system, high reliability

-Support U disk, USB, carrying boxes, resume processing function of the breakpoint memory

-Optional siemens 828D,syntec 3B,Mitsubishi M70 cnc controller

-The table size 1100x600mm

-7.5 Inch high-resolution true color display, the appearance of a graphical interface, easy operation

-High speed servo tool changer with 24pcs tooling ATC

-Integrated casting base, further increase the stability of machine tools 

-High-speed three-axis servo motor,high torque servo spindle motors

-BT40 spindle size metric

-380V three-phase power supply

-Selection of high-quality casting materials, compact 

-Germany's imports of Rexroth linear

-Safety electrical components of high quality and fast plug 

-Imported from Taiwan OEM PMI double nut ball screw Intime 

-Automatic lubrication system pre-installed to protect the rail life 

-Pre-installed fourth axis fast interface 

-Pre-loaded hand wheel controller MPG 

-CE and CCC safety certification

Specification

knowledge

Processing characteristics

For the processing site is a box-shaped plane or not equal to the various levels of the steps, then the use of point --- linear system CNC milling machine can be. If the processing site is a curved surface, should be based on the geometry of the surface to determine the choice of two coordinate linkage and coordinate system. Can also be based on parts processing requirements, in the general CNC milling machine on the basis of the increase in CNC dividing head or CNC rotary table, then the machine system for the four-coordinate CNC system, you can processing spiral groove, leaf parts and so on.