NFP-1461C

Opto-Mechanics · NFP Series Crossed-Roller Bearing High Precision Linear Stages

NFP-1461C

Manual Stage

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Datasheet (PDF) ↗

Specifications

Full specifications for this product are available on request. Contact us for the datasheet.

Applications

Set-and-forget alignment

Adjust once during setup and lock, on axes that do not need to move again during the run.

Coarse positioning ahead of fine stages

Establish the optical axis by hand before a piezo or motorised stage takes the fine motion.

Prototyping and teaching rigs

Reconfigure a layout quickly, with no cabling, controllers or electrical noise added to the experiment.

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Before you specify

Guides that cover this decision

Engineering context for choosing this class of component, with the tradeoffs worked through on real specifications.

Cryogenic nanopositioner inside an ultra-high-vacuum chamber

Precision motion

12 min Interactive selector

Selecting nanopositioners for cryogenic and UHV systems

Translate temperature, pressure, travel, payload, feedback, and motion requirements into a defensible cryogenic-stage shortlist.

Beam position drifting out of tolerance over a working day, beside isolator transmissibility curves

15 min Stability lab

Building a stable opto-mechanical rig

Vibration, thermal drift and mechanical integration are one problem. Budget the motion at the sample, then specify the table, the isolation, the mounts and the beam height that budget asks for.

Ultrafast laser beams passing through mirrors and lenses on a darkened optical table

Ultrafast spectroscopy

18 min System lab

Building a pump–probe spectroscopy system

Design the pump, probe, delay line, monochromator, visible or SWIR camera, synchronization, and transient-signal budget as one experiment.