Presetting Solutions

Parlec Presetting Systems are the most advanced and precise presetters available. Featuring state-of-the-art tool measuring, inspection and data management solutions, our presetters increase efficiency, reduce down time and are supported by extensive applications, technical support, and a global service network.



Presetting

Products

G3 Measuring and Inspection Features


High Point allows measuring and tracking of the highest points on the tool image.

Four different theoretical intersection point functions are included – X/Z, Z-only, X-only, and center radius.

Merging the tool form builds a 2-D profile of the tool showing how it will cut through the work piece. Use to measure helical tools for true cutting results on radii, steps and multi-flute tools.

Simply define tool nominal dimension and minimum/maximum tolerances to actiate the Tolerance indicators on the PSC measuring screen.

Fixed and metered crosshairs are available for easy presetting of multi-spindle and transfer line tooling, as well as precise incremental measurements. (Recommended Option = 1500-505 Fine Adjust and Axis Brake)

Auto chamfer automatically finds the correct (Z) set height for any given diameter. Simply dial in the desired diameter. We do the rest.

Tool trace draws a template around any tool form allowing quick comparisons of inserts and quick setup of milling cutters and boring tools.

The tool runout is a real-time virtual indicator used to gage and correct tool runout.

One button gets you instant on-demand geometry displays.

Surface inspection allows the operator to gage defects, damage, and wear before the cool can scrap a part.

The ParleVision G3 system provides storage for up to 500 tool assemblies. Tool names and descriptions are user-defined and nominal dimensions and minimum/maximum tolerances can be defined to aid the operator in qualifying the tool.

ParleVision G3 stores up to 99 calibration or offset points. These gage definitions are used to provide zero points for machine calibration and also offset coordinates to compensate for variances in machine tool operation. Axis manipulation also allows easy configuration of coordinates for both milling and turning applications.