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Estimating Combined Servo and Galvo Motion Accuracy
In modern motion control systems, the primary figure of merit…
Read MoreThe Difference Between Stage-on-Granite and Integrated Granite Motion Systems
The selection of the most suitable granite-based linear motion platform…
Read MoreMachine Positioning Uncertainty with Laser Interferometer Feedback
The purpose of this discussion is to explain the major…
Read MoreMinimum Incremental Motion and Holding Stability in Beamline Positioning
Background Many beamline applications such as X-ray microscopy and Computed…
Read MoreLaser Raster-Scanning Patterns on Cylindrical Workpieces Using CADFusion and PSO Bitmap Tools
A large number of cylindrical laser processing applications program the…
Read MoreHarmonic Cancellation Algorithms Enable Precision Motion Control
The internal model principle of control theory states that algorithms…
Read MoreMaximizing Optical Alignment Precision by Choosing the Correct Positioning Architecture
Advancements in silicon photonics and micro-optic technologies are driving automated…
Read MoreTop 3 Ways to Increase Your Positioning System’s 3D Accuracy
Positioning systems are used to automate almost every high-precision manufacturing…
Read MoreHow to Select Optimal Positioning Equipment for Laser Direct-Write Processes
Choosing the optimal automation equipment for a given process requires…
Read MoreNanometer Scale Industrial Automation for Optical Device Manufacturing
Manufacturers of optical devices know the importance of mature industrialized…
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