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Positioning Accuracy
The precision with which the laser cutting machine's motion system repositions the cutting head to a programmed location. High positioning accuracy (typically plus or minus 0.001 to 0.002 inches) is essential for tight-tolerance parts and assemblies.
Positioning accuracy describes how precisely your laser machine's motion control system places the cutting head at programmed XY coordinates, with tight accuracy being essential for tight-tolerance parts and especially critical when multiple operations or assemblies depend on part-to-part consistency. Modern servo-driven laser systems achieve repeatable accuracy of plus-or-minus 0.001 inches under ideal conditions, though actual tolerance capability depends on your part's geometry, material, and machine maintenance state.
Cumulative errors can occur when cutting long cuts or parts with sharp internal corners where the cutting head must accelerate and decelerate rapidly. Our team maintains machine calibration and verifies accuracy on sample parts before production runs to confirm you'll receive parts within your specified tolerance band.
When your design requires precision assembly or expects tight functional fits, discuss your positioning accuracy requirements upfront so we can confirm our machines and setup procedures will deliver the consistency your parts demand from our laser cutting
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