MEASUREMENT SOFTWARE

Measurement with 3- and 5-axis

Measurement with 3- and 5-axis

Measurement with 3- and 5-axis

Complex measurements in the machining clamping
Orientation of probe or workpiece at will
Measurement of relief cuts or oblique borings possible
5-axis measurement of what was machined on 5 axes
No measuring point remains unattainable

Informative Measuring Results

Measurement with 3- and 5-axis

Measurement with 3- and 5-axis

Individual display of measurement values on the PC
Large number of measuring points via color bar graphs or color points
Output of measurement result in tabular form in CSV format
Output of clearly structured measuring report incl. customer logo

Simple Operation Using ADIF

Measurement with 3- and 5-axis

Simple Operation Using ADIF

Creation of the measurement programme by mouse click
Collision control

ADIF

Creation of the NC program
Automatic transfer of the program to the control system
Automatic return of the measurement results to FormControl

Checks, Documentation and Corrections

Measurement procedure on the calibration sphere

Measurement procedure on the calibration sphere

Quickly checks alignment and positioning accuracy based on measurements using a calibration sphere
Detects mechanical geometrical deviations of the rotary axes as well as bearing damage
Identification of machine problems caused by incorrect machine settings, collisions or wear
Verifies the kinematics with/without automatic correction
Performs measurements during commissioning, service calls or series production based on a thorough inspection of the machine status

Measurement procedure on the calibration sphere

Measurement procedure on the calibration sphere

Measurement procedure on the calibration sphere

The detection of kinematic errors in the rotary axes involves recording measuring points at a calibration sphere mounted on the machine table. With the aid of the supplied measuring cycles, previously defined points are approached from different probing directions and the spatial deviation calculated. Based on these values, the kinematic parameter tables can be automatically updated, which compensates the spatial error that occurs during swivelling movements.

Maximum Machine Performance

Measurement procedure on the calibration sphere

Maximum Machine Performance

Prevent machining errors caused by the system by adapting the centre of rotation of the rotary axes
Continuous and long-term checking and logging of machine kinematics
Maximum machining quality during 5-axis machining with interpolation
Permanent guarantee of machining quality
Cost savings thanks to the ability to perform in-house measurements and corrections
Prevent errors caused by manual measurements of machine accuracy
Verification of critical machine alignments by definable angle values
Receive automatic error notifications of measuring values outside of the tolerance
Rapid reaction to machine crash and checking of machine status