i Console NC Intelligence
Adoptive Feed Control ( AFC )
Adoptive feed control is capable of realtime monitoring the spindle load to control the axial feed rate which effectively extends tool life, shortens rough cutting time, and detects abnormal cutting conditions.
CNC Parameter Optimization
From rough cutting to fine finishing, the operator can select various cutting modes based on the working condition, and then set the allowable error and work-piece weight to obtain the optimum parameter.
Based on feed rate difference for automatic corner deceleration, the smaller the setting value the better the accuracy but the cycle time relatively longer; set different feed rate in every axis with this parameter in order to calculate the deceleration at corner.
■ Instant messaging system
■ Tool list
■ Work-piece measurement
■ M code
■ CNC parameter optimization
■ Spindle thermal compensation
■ Adoptive feed control ( AFC )
Spindle thermal compensation
Decrease deformation on structure that caused by heat, Instantly monitoring temperature for automatic compensation to increase machining accuracy. ( Opt. )
Tool loading monitor
It is able to monitor each tool setting and detect the tool breakage to lower the possibility of work-piece been damaged.
Machining parameter GP
This function is different from CNC parameter optimization, it allows operator to set parameter by himself, to achieve optimal machining efficiency. ( Opt. )
Tool length offset
After manually measuring the tool length, the controller will automatically calculate the tool tip position and enter the data into the tool length offset table.
Auto. tool length measurement
Graphical user interface is easy to use, and up to 12 tool length measurements can be done in one button, which saves programing time and lowers operation error. ( Opt. )
Circular work-piece measurement
By measuring the A, B, C three points coordinates the circular work-piece's center point can be correctly calculated.
Basic rectangular work-piece measurement
By measuring the X+、X-、Y+、Y- four points coordinates, the rectangular work-piece's center point can be calculated. Then the center point coordinate can be entered in the work-piece coordinate system. ( G54 – G59 )
Advanced rectangular work-piece measurement
By measuring the A, B, C, D, and E five points coordinates, the rectangular work-piece's center point and slant angle can be calculated. Then the center point coordinate can be entered in the work-piece coordinate system.( G54 – G59 )
When the alarm appears, the screen will display the malfunction message and trouble shooting procedure enabling the operator to solve problems to shorten the shutdown time.
Intuitive fast tool set-up, and complete tools database let operators easy to use and lower possibility of error caused.
There are 3 sets of counters ready for individually start, stop and wipe out history, which is convenient for operator to regularly maintain machine or gather statistics for utilization and production.