UFP series High Sensitivity Fiber Optic Alignment Stages

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Specifications

Hole Diameter: 1000 um
Angle: 0.01 – 3 deg
Structure Type: Translation Stage
Table Sizes (mm): 60×60 (UFP1A, UFP1C-L, UFP1C-R, UFP2T-L, UFP2T-R) |45×45 (UFP1B)
Table Thickness (mm): 20 (UFP1A), 25 (UFP1B), 30 (UFP1C-L, UFP1C-R)
Actuators: Micrometer
Static Parallelism (µm): ≤60
Motion Parallelism (µm): ≤10
Motion Straightness (µm): ≤3
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Features

Dual Adjustment Mechanisms: The linear stage offers both coarse and fine adjustments, providing versatility in alignment with a sensitivity superior to 0.5µm for fine adjustments.


High Sensitivity Rotation Stage: The rotation stage features a sensitivity that surpasses 23.4 arcseconds, ensuring precision in rotational alignment.


High Stability: Engineered for stability, these stages ensure consistent and reliable performance across applications.


Variety of Models: With models varying in table size, thickness, and type of bearings, users have a range of options to suit different requirements.


Crossed-Roller Bearings: Certain models are equipped with crossed-roller bearings, known for their precision and reliability, ensuring smooth motion and enhanced stability.


Micrometer Actuators: Equipped with micrometer actuators for precise adjustments and control.


Load Capacity: With a load capacity ranging from 1.5 to 5 Kg, these stages are versatile for various applications.


Static and Motion Parallelism: Featuring low static and motion parallelism, these stages maintain alignment and uniformity in movement.


Motion Straightness: The stages boast a motion straightness of less than or equal to 3µm, indicative of their precision in linear movement.

Applications

Fiber Optic Alignment: With their high sensitivity and stability, these stages are ideal for aligning fiber optics where precision is paramount.


Optical Experimentation: The versatility and range of models make them suitable for a variety of optical experiments requiring accurate positioning and alignment.


Microscopy: The precision and stability offered by these stages make them a good fit for microscopy applications where fine adjustments are essential.


Research and Development: In R&D settings, where precision and reliability are key, these stages can be integral in developing new technologies and conducting experiments.


Photonics and Laser Applications: The high sensitivity and stability make these stages suitable for applications in photonics and laser technology, where precise alignment is crucial.


Semiconductor Manufacturing: The need for precision and stability in semiconductor manufacturing can be met by the UFP series stages.