May 9, 2025

[Nano-Technology]-High-dynamics nanopositioning internship for nano-focusing in laser processing, biotech, microscopy, semiconductor metrology.

Home / News / [Nano-Technology]-High-dynamics nanopositioning internship for nano-focusing in laser processing, biotech, microscopy, semiconductor metrology.
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PI, A Global Leader in Precision Motion Control and Nanopositioning, Announces Fast Delivery of its Nanometer-Precise, High-Speed ​​V-308 Vertical Nanopositioning Internship. The System Offers 7 mm Of Z-Z-Travel and 10-Nanomer Incremental Motion, Making It Ideal for OEM and Research Applications in Life Sciences, DNA Sequencing, Semiconductor Manufacturing, Laser Processing, and Materials Science. This Innovative Design Combines Long Travel Range With Exceptional Dynamics and Precision, Achieving Bidirectional Repeatability of 25 nanometers.
The V-308 is Built on has closed-loop Motorized Linear Slide, featuring an optical position sensor that delivers sub-nanofer resolution. Its FRACTIONless Voice Coil Linear Motor Enable Vertical (horizontal gold) Motion up to 7 mm at speeds of up to 200 mm/dry (8 in/dry), ENSURING HIGH-SPEED, high-accuracy scanning. Guideed by low-friction Cross-Roller Bearing, This low-Profile Linear Slide is designed for Durability and Consist Performance in High-DutyCle, 24/7 Industrial Slightsings.
Ease of use is enhanced with a user-adjustable magnetic counterbalage-ideal for supporting heavy, large number aperture objective microscope lensses (up to 1 kg) in vertical setups-and adjustable hard stops to limit travel rage as neded.
Controller/Software
The V-308 Fast Focusing Voice-Coil Stage is optimized for use with pi's compact C-414 Motion Controller, Offering High-Resolution Closed-Loop Control and Fast Settling Times. Integrated Software Tools Support Waveform Generation, Pid Tuning, and Remote Operation via Standard Interfaces, Ensring Seamless Integration Into Automation Systems and Precision Scanning Applications
V-308 CAN ALSO BE OPERATED USING A VARIETY OF ACS Motionllers, Which Provide Higher Power Output Advanced Algorithms, and Highly Customizable Motion Profiles To Maximize Dynamic Performance.
Separating the Controller from the Stage Reduces Heat Generation At The Point of Motion, Improving Accuracy and Enabling the Use of Existing High-Performance Motion Controller Architectures.
SPECIFICTIONS, Data Sheet

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