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Posts by category

• Category: Atomic Force Microscopy (AFM) Case Studies
  • Orthogonality Correction for Piezo Flexure Stages
  • Montana State University
  • Dow Polymer Scan
  • Cornell University
  • Clarkson University
  • 4 Examples of Nanopositioning in Atomic Force Microscopy (AFM)
• Category: Custom/OEM Design Case Studies
  • NPXY80Z10-246
  • NPZ300-222
  • NPZ100-255
  • NPZ100-239
  • OEM Slide 3
  • OEM Slide 2
  • OEM Slide 1
• Category: Glossary
  • Slew rate
  • Settling time
  • Scale factor
  • Resonant frequency
  • Resolution
  • Range
  • Orthogonality error
  • Position noise
  • Linearity error
  • Hysteresis
  • Drift
  • Crosstalk
  • Bandwidth
  • Backlash
  • Accuracy
  • Abbe error
• Category: Microscopy Case Studies
  • Multiphoton Microscopy
• Category: Nanopositioning Case Studies
  • Anasys Instruments
• Category: Nanopositioning Frequently Asked Questions
  • How does the step response specification relate to scanning speed?
  • What is the maximum scanning range for your stages?
  • What does bandwidth mean?
  • How fast can I scan with your stage?
  • Category: Design
    • What is the lead time for a standard product?
    • What is the lead time for a custom design?
    • How do you achieve “closed-loop?”
    • What materials are your stages available in?
    • What are the benefits of flexure stages?
    • What is the benefit of kinematic mounting?
  • Category: Features
    • Do your stages use piezo actuators?
    • Do you offer vacuum compatible stages?
    • Can I purchase a stage without the controller?
  • Category: General
    • What are the components of a nanopositioner?
    • What is a piezo stage?
    • What is a nanopositioner?
  • Category: Performance
• Category: News and Events
  • Category: Events
    • Meet nPoint at SPIE Optics + Photonics 2021
    • nPoint Joins the Motion Solutions Family!
    • Visit nPoint at SPIE – Photonics West & BIOS!
    • nPoint exhibiting at OFC Conference!
    • Visit nPoint at SPIE – Defense and Commercial Sensing!
    • Visit nPoint at SEMICON West July 9-11
    • nPoint exhibiting at SPIE Optics + Photonics August 13-15
    • nPoint exhibiting at SPIE – Photonics West & BIOS February 2-7
    • Visit nPoint at OFC Conference March 5-7
    • nPoint at SPIE – Defense + Commercial Sensing April 16-18
    • nPoint exhibiting at SPIE – Optics + Photonics August 13-15
  • Category: News
    • LC.300 Series Nanopositioning Controller from nPoint
    • Tip Tilt Piezo Stage with Enhanced Precision
    • The New NPXY250-405 Piezo Stage
    • New NPZ100-403 Piezo Stage from nPoint Inc.
    • New Objective Focusing Nanopositioner from nPoint
    • Two New Piezo Stages from nPoint
    • New NPXY200-401 Piezo Stage
    • New NPXY300-291 Piezo Stage from nPoint
    • New Nanopositioning Piezo Stage – NPXY50-286
    • New Tip/Tilt Piezo Stage
    • Interested in the Latest in Nanopositioning?
• Category: nPoint Blog
  • Hybrid stages deliver nanoscale accuracy over millimeters of travel
  • nPL70 linear motor stage stage delivers ultrahigh stability
  • How Piezo Stages React to Temperature Variation
  • Piezo Stage Load vs. Settling Time
  • Choosing a Controller Interface
  • Fundamentals of piezo stage design: range of motion, footprint and stiffness
  • What is Phase Lag and How to Measure It
  • Tip Tilt Piezo Stage Mirror Mounting
  • Components of a Nanopositioning System
  • Piezoelectric Actuators Used in Flexure Stages
  • OEM and Custom Piezo Stage Development
  • Parallel vs Serial Kinematic Flexure Stage Design
  • Quality Fast Steering Mirrors | nPoint
  • How Fast Can I Scan With A Piezo Stage?
  • Deciding Between Open-Loop and Closed-Loop Piezo Stages
  • Benefits of Piezo Flexure Stages
  • Nanopositioning Stage Operating Conditions
  • Resonance Frequency of a Piezo Flexure Stage
  • Piezo Scanner Settling Time
  • Piezo Positioner Resolution
  • Piezo Flexure Stage Footprint
  • Nanopositioning Electronics – Piezo Drivers and Controllers
  • Piezo Stage Axis of Motion
  • Piezo Stage Travel Range
  • Things to Consider When Acquiring a Nanopositioning System
  • Piezo Stage Article Listing
  • Category: Applications
    • Alignment Techniques Using Piezo Stages
    • High Resolution Data Acquisition for Piezo Stages
    • Raster Scanning Techniques for Photonics Applications
    • Custom Programming for Nanopositioning Stages
    • Positioning on the Nanoscale with a Joystick Controller
    • ScanImage Compatibility with nPoint Nanopositioners
    • Trajectory Generation with Nanopositioning Systems
    • EPICS Compatibility with nPoint Piezo Stages
    • nPFocus Objective Z Piezo Positioner Set-Up
    • Using nPoint Piezo Stages with Auto Focus Systems
  • Category: Closed-loop Sensors
    • Piezo Stage Sensors for Closed-loop Control
    • Quadrature Interferometer Sensor Integration for Closed-loop Feedback
  • Category: Selecting a System
  • Category: Uncategorized
    • How to care for your nPoint products
• Category: Optics Case Studies
• Category: Photonics Case Studies
• Category: Semiconductor / Data Storage Case Studies
  • High Resolution Non-Contact Optical Profilometry using Advanced Piezo Stages from nPoint

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Products

• NPS70 Stage
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• NPX25-105 Nanopositioning Piezo Stage
• nPL70S Stage
• NPX60-223 Nanopositioning Piezo Stage
• nPCube Nanopositioning Piezo Stage
• nPL70M Stage
• NPZ25-206 Nanopositioning Piezo Stage
• nPL70L Stage
• NPZ70-207 Nanopositioning Piezo Stage
• nPL70Z Stage
• nPX100 Nanopositioning Piezo Stage
• nPX300 Nanopositioning Piezo Stage
• nPX600 Nanopositioning Piezo Stage
• nPFocus100 Nanopositioning Piezo Stage
• nPFocus250 Nanopositioning Piezo Stage
• nPFocus400 Nanopositioning Piezo Stage
• nPFocus1000 Nanopositioning Piezo Stage
• NPZ100-209 Nanopositioning Piezo Stage
• NPZ300-222 Nanopositioning Piezo Stage
• NPXY40-467 Nanopositioning Piezo Stage
• NPXY50-286 Nanopositioning Piezo Stage
• NPXY60-258 Nanopositioning Piezo Stage
• NPXY90-498 Nanopositioning Stage
• NPXY100-100 Nanopositioning Piezo Stage
• NPXY100-126 Nanopositioning Piezo Stage
• NPXY200-401 Nanopositioning Piezo Stage
• NPXY200-101 Nanopositioning Piezo Stage
• NPXY250-405 Nanopositioning Piezo Stage
• NPXY300-291 Nanopositioning Piezo Stage
• NPXY50Z20-477 Nanopositioning Piezo Stage
• NPXY60Z20-257 Nanopositioning Piezo Stage
• NPXY100Z25-102 Nanopositioning Piezo Stage
• NPXY200Z25-103 Nanopositioning Piezo Stage
• NPXY100Z10-128 Nanopositioning Piezo Stage
• NPXY100Z25-264 Nanopositioning Piezo Stage
• NPXY100Z50-244 Nanopositioning Piezo Stage
• NPXY100Z100-135 Nanopositioning Piezo Stage
• NPXY200Z10-269 Nanopositioning Piezo Stage
• NPXY200Z25-260 Nanopositioning Piezo Stage
• NPXY200Z50-270 Nanopositioning Piezo Stage
• NPXY200Z100-271 Nanopositioning Piezo Stage
• nPBio200 Nanopositioning Piezo Stage
• nPBio300 Nanopositioning Piezo Stage
• RXY3-276 Nanopositioning Piezo Stage
• RXY3-410 Nanopositioning Piezo Stage
• RXY6-212 Nanopositioning Piezo Stage
• RXY20-476 Nanopositioning Piezo Stage
• LC.400 Series Controllers
• C.400 Series Controllers
• LC.300 OEM Controllers
• LC.400 OEM Controllers
• D.200 Series Piezo Drivers
• 3″X1″ Slide with 50mm Petri
• 3″X1″ Slide with 35mm Petri

Type

• layout
• module
• section

Scope

• global
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Module Width

• regular

Product categories

• Precision Positioners & Scanners
• Screw-Driven Stages
• Linear Motor Stages – nPL70
• Atomic Force Microscopy (AFM) / Material Science
• Life Science / Microscopy
• Multi-Axis Stages
• Nanopositioning Electronics
• Optics
• Photonics Packaging
• Piezo Stages & Scanners
• 1 Axis Stages
• 2 Axis Stages
• 3 Axis Stages
• Tip/Tilt Stages
• nPFocus Objective Stages
• Semiconductor / Data Storage